Compressed-Air Dryer Service, Dew-Point Performance & Treatment Lifecycle Engineering

COMPRESSED-AIR DRYER SERVICE, DEW-POINT PERFORMANCE & TREATMENT LIFECYCLE ENGINEERING

Provisional new-series slug: /compressed-air-engineering/dryer-service-dew-point-performance-treatment-lifecycle/ | CTA: Review My Compressed-Air Dryer

A dryer that is running is not necessarily drying. service must prove the required moisture performance and control the pressure loss needed to deliver it

Dryer service begins with technology and duty, then tests the components and interfaces that can explain poor PDP, excessive pressure drop, unstable operation, high purge/energy use or condensate carryover.

The page deliberately separates dryer technologies. Refrigerated, adsorption/desiccant, membrane and special architectures have different failure mechanisms, service methods, energy inputs and competence boundaries. Exact refrigerant parameters, PDP guarantees, purge rates, heater temperatures, desiccant life, membrane performance, valve timing and pressure-drop limits remain model- and manufacturer-specific.

1 — Dryer Identity

Dryer Service Foundation: govern dryer identity against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

2 — Technology

Dryer Service Foundation: govern technology against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

3 — Make/Model/Serial

Dryer Service Foundation: govern make/model/serial against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

4 — Rated-Duty Boundary

Dryer Service Foundation: govern rated-duty boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

5 — Actual Flow

Dryer Service Foundation: govern actual flow against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

6 — Inlet Pressure

Dryer Service Foundation: govern inlet pressure against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

7 — Inlet Temperature

Dryer Service Foundation: govern inlet temperature against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

8 — Ambient Condition

Dryer Service Foundation: govern ambient condition against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

9 — Cooling-Water Condition

Dryer Service Foundation: govern cooling-water condition against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

10 — Required Pdp

Dryer Service Foundation: govern required PDP against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

11 — Measurement Point

Dryer Service Foundation: govern measurement point against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

12 — Pressure Drop

Dryer Service Foundation: govern pressure drop against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

13 — Service History

Dryer Service Foundation: govern service history against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

14 — Alarm History

Dryer Service Foundation: govern alarm history against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

15 — Revision Control

Dryer Service Foundation: govern revision control against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

16 — Refrigeration Compressor

Refrigerated Dryer Service: govern refrigeration compressor against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

17 — Refrigerant Circuit Boundary

Refrigerated Dryer Service: govern refrigerant circuit boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

18 — Condenser

Refrigerated Dryer Service: govern condenser against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

19 — Condenser Fan

Refrigerated Dryer Service: govern condenser fan against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

20 — Air-To-Air Exchanger Boundary

Refrigerated Dryer Service: govern air-to-air exchanger boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

21 — Evaporator

Refrigerated Dryer Service: govern evaporator against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

22 — Separator

Refrigerated Dryer Service: govern separator against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

23 — Drain

Refrigerated Dryer Service: govern drain against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

24 — Temperature Sensors

Refrigerated Dryer Service: govern temperature sensors against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

25 — Controller

Refrigerated Dryer Service: govern controller against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

26 — Icing/Freezing Boundary

Refrigerated Dryer Service: govern icing/freezing boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

27 — Cooling-Water Boundary

Refrigerated Dryer Service: govern cooling-water boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

28 — Heat-Exchanger Fouling

Refrigerated Dryer Service: govern heat-exchanger fouling against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

29 — Pressure Drop

Refrigerated Dryer Service: govern pressure drop against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

30 — Refrigerant Competence Boundary

Refrigerated Dryer Service: govern refrigerant competence boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

31 — Desiccant Media

Adsorption Dryer Service: govern desiccant media against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

32 — Tower Condition

Adsorption Dryer Service: govern tower condition against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

33 — Inlet Valves

Adsorption Dryer Service: govern inlet valves against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

34 — Outlet Valves

Adsorption Dryer Service: govern outlet valves against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

35 — Purge Valves

Adsorption Dryer Service: govern purge valves against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

36 — Exhaust Valves

Adsorption Dryer Service: govern exhaust valves against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

37 — Check Valves

Adsorption Dryer Service: govern check valves against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

38 — Equalisation Boundary

Adsorption Dryer Service: govern equalisation boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

39 — Heatless Cycle

Adsorption Dryer Service: govern heatless cycle against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

40 — Heated-Purge Boundary

Adsorption Dryer Service: govern heated-purge boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

41 — Blower-Purge Boundary

Adsorption Dryer Service: govern blower-purge boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

42 — Heater

Adsorption Dryer Service: govern heater against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

43 — Blower

Adsorption Dryer Service: govern blower against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

44 — Dew-Point Control

Adsorption Dryer Service: govern dew-point control against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

45 — Afterfilter

Adsorption Dryer Service: govern afterfilter against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

46 — Desiccant Identity

Desiccant Condition & Regeneration: govern desiccant identity against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

47 — Oil Contamination

Desiccant Condition & Regeneration: govern oil contamination against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

48 — Liquid-Water Exposure

Desiccant Condition & Regeneration: govern liquid-water exposure against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

49 — Attrition

Desiccant Condition & Regeneration: govern attrition against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

50 — Dusting

Desiccant Condition & Regeneration: govern dusting against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

51 — Channeling Boundary

Desiccant Condition & Regeneration: govern channeling boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

52 — Regeneration Effectiveness

Desiccant Condition & Regeneration: govern regeneration effectiveness against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

53 — Purge Restriction

Desiccant Condition & Regeneration: govern purge restriction against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

54 — Purge Leakage

Desiccant Condition & Regeneration: govern purge leakage against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

55 — Heater Performance Boundary

Desiccant Condition & Regeneration: govern heater performance boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

56 — Blower Performance Boundary

Desiccant Condition & Regeneration: govern blower performance boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

57 — Cycle Timing

Desiccant Condition & Regeneration: govern cycle timing against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

58 — Valve Leakage

Desiccant Condition & Regeneration: govern valve leakage against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

59 — Media Replacement Basis

Desiccant Condition & Regeneration: govern media replacement basis against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

60 — Pdp Trend

Desiccant Condition & Regeneration: govern PDP trend against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

61 — Membrane Module Identity

Membrane Dryer Service: govern membrane module identity against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

62 — Inlet-Air Quality

Membrane Dryer Service: govern inlet-air quality against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

63 — Prefiltration

Membrane Dryer Service: govern prefiltration against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

64 — Flow Boundary

Membrane Dryer Service: govern flow boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

65 — Pressure Boundary

Membrane Dryer Service: govern pressure boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

66 — Temperature Boundary

Membrane Dryer Service: govern temperature boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

67 — Purge/Sweep Boundary

Membrane Dryer Service: govern purge/sweep boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

68 — Module Contamination

Membrane Dryer Service: govern module contamination against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

69 — Liquid Exposure

Membrane Dryer Service: govern liquid exposure against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

70 — Pressure Drop

Membrane Dryer Service: govern pressure drop against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

71 — Air-Loss Boundary

Membrane Dryer Service: govern air-loss boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

72 — Outlet Pdp/Dryness

Membrane Dryer Service: govern outlet PDP/dryness against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

73 — Module Integrity Boundary

Membrane Dryer Service: govern module integrity boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

74 — Replacement Basis

Membrane Dryer Service: govern replacement basis against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

75 — Application Suitability

Membrane Dryer Service: govern application suitability against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

76 — Required Pdp

Pressure Dew Point Verification: govern required PDP against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

77 — Pdp Pressure Basis

Pressure Dew Point Verification: govern PDP pressure basis against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

78 — Sampling Point

Pressure Dew Point Verification: govern sampling point against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

79 — Sample Pressure

Pressure Dew Point Verification: govern sample pressure against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

80 — Sample Flow

Pressure Dew Point Verification: govern sample flow against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

81 — Sampling Line

Pressure Dew Point Verification: govern sampling line against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

82 — Dew-Point Sensor

Pressure Dew Point Verification: govern dew-point sensor against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

83 — Sensor Range

Pressure Dew Point Verification: govern sensor range against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

84 — Sensor Contamination

Pressure Dew Point Verification: govern sensor contamination against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

85 — Wet-Up Recovery

Pressure Dew Point Verification: govern wet-up recovery against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

86 — Response Time

Pressure Dew Point Verification: govern response time against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

87 — Reference Verification

Pressure Dew Point Verification: govern reference verification against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

88 — Calibration Boundary

Pressure Dew Point Verification: govern calibration boundary against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

89 — Data Quality

Pressure Dew Point Verification: govern data quality against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

90 — Acceptance Method

Pressure Dew Point Verification: govern acceptance method against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

91 — Dryer Inlet Pressure

Pressure Drop & Energy: govern dryer inlet pressure against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

92 — Dryer Outlet Pressure

Pressure Drop & Energy: govern dryer outlet pressure against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

93 — Dp

Pressure Drop & Energy: govern DP against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

94 — Flow Dependency

Pressure Drop & Energy: govern flow dependency against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

95 — Filter Dp

Pressure Drop & Energy: govern filter DP against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

96 — Heat-Exchanger Restriction

Pressure Drop & Energy: govern heat-exchanger restriction against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

97 — Valve Restriction

Pressure Drop & Energy: govern valve restriction against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

98 — Desiccant-Bed Restriction

Pressure Drop & Energy: govern desiccant-bed restriction against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

99 — Membrane Restriction

Pressure Drop & Energy: govern membrane restriction against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

100 — Clean Baseline

Pressure Drop & Energy: govern clean baseline against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

101 — Loaded Trend

Pressure Drop & Energy: govern loaded trend against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

102 — Compressor Setpoint Interaction

Pressure Drop & Energy: govern compressor setpoint interaction against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

103 — Purge Energy

Pressure Drop & Energy: govern purge energy against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

104 — Heater/Blower Energy

Pressure Drop & Energy: govern heater/blower energy against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

105 — Lifecycle Energy

Pressure Drop & Energy: govern lifecycle energy against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

106 — Upstream Separator

Drains Filters & Condensate: govern upstream separator against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

107 — Prefilter

Drains Filters & Condensate: govern prefilter against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

108 — Afterfilter

Drains Filters & Condensate: govern afterfilter against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

109 — Filter Dp

Drains Filters & Condensate: govern filter DP against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

110 — Dryer Separator

Drains Filters & Condensate: govern dryer separator against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

111 — Automatic Drain

Drains Filters & Condensate: govern automatic drain against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

112 — Failed-Open Drain

Drains Filters & Condensate: govern failed-open drain against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

113 — Failed-Closed Drain

Drains Filters & Condensate: govern failed-closed drain against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

114 — Condensate Load

Drains Filters & Condensate: govern condensate load against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

115 — Water Carryover

Drains Filters & Condensate: govern water carryover against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

116 — Air Loss

Drains Filters & Condensate: govern air loss against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

117 — Drain Line

Drains Filters & Condensate: govern drain line against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

118 — Backpressure

Drains Filters & Condensate: govern backpressure against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

119 — Condensate Treatment

Drains Filters & Condensate: govern condensate treatment against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

120 — Correlation

Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

121 — Compressor Overload

Upstream Downstream Diagnostics: govern compressor overload against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

122 — High Inlet Temperature

Upstream Downstream Diagnostics: govern high inlet temperature against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

123 — High Ambient

Upstream Downstream Diagnostics: govern high ambient against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

124 — Low/Changed Pressure

Upstream Downstream Diagnostics: govern low/changed pressure against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

125 — Peak Flow

Upstream Downstream Diagnostics: govern peak flow against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

126 — Upstream Oil Carryover

Upstream Downstream Diagnostics: govern upstream oil carryover against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

127 — Failed Drain

Upstream Downstream Diagnostics: govern failed drain against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

128 — Saturated Filter

Upstream Downstream Diagnostics: govern saturated filter against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

129 — Distribution Recontamination

Upstream Downstream Diagnostics: govern distribution recontamination against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

130 — Cold Piping

Upstream Downstream Diagnostics: govern cold piping against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

131 — Point-Of-Use Quality

Upstream Downstream Diagnostics: govern point-of-use quality against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

132 — Bypass Open

Upstream Downstream Diagnostics: govern bypass open against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

133 — Sensor Error

Upstream Downstream Diagnostics: govern sensor error against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

134 — Sampling Error

Upstream Downstream Diagnostics: govern sampling error against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

135 — System Pressure Loss

Upstream Downstream Diagnostics: govern system pressure loss against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

136 — Service Trigger

Service Execution & Lifecycle: govern service trigger against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

137 — Manufacturer Task

Service Execution & Lifecycle: govern manufacturer task against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

138 — Condition Trigger

Service Execution & Lifecycle: govern condition trigger against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

139 — Parts Applicability

Service Execution & Lifecycle: govern parts applicability against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

140 — As-Found Pdp

Service Execution & Lifecycle: govern as-found PDP against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

141 — As-Found Dp

Service Execution & Lifecycle: govern as-found DP against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

142 — Alarm History

Service Execution & Lifecycle: govern alarm history against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

143 — Component Inspection

Service Execution & Lifecycle: govern component inspection against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

144 — Cleaning/Service

Service Execution & Lifecycle: govern cleaning/service against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

145 — Parts/Media Replacement

Service Execution & Lifecycle: govern parts/media replacement against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

146 — Configuration

Service Execution & Lifecycle: govern configuration against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

147 — As-Left Pdp

Service Execution & Lifecycle: govern as-left PDP against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

148 — As-Left Dp

Service Execution & Lifecycle: govern as-left DP against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.

149 — Open Defect

Service Execution & Lifecycle: govern open defect against the exact dryer technology, model and actual duty. Record flow, pressure, inlet temperature, ambient/cooling condition, required PDP, measurement basis, pressure drop, component state, service action, as-left result and unresolved limitation. Do not transfer refrigerant settings, purge rates, heater temperatures, desiccant intervals, membrane performance, valve timing, PDP guarantees or pressure-drop limits from another dryer. Where refrigerant work or other legally controlled/specialist activity is involved, use the applicable competent service scope.