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Form No: X-1183 (01/2000) Printed in USA Installation, Operation and Maintenance Manual HYDROBLOC LS SERIES HEA TLESS COMPRESSED AIR DR YER MODEL LS60 through LS2580 This instruction manual must be re.
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Contents HYDROBLOC LS SERIES SPECIFICATIONS Section 1 General Information 1.1 Foreword ............................................................................................................................... 1 - 1 1.2 General System Information .
Contents Section 4 Maintenance and Repair 4.1 Preventative Maintenance Schedule .................................................................................... 4 - 1 Weekly .........................................................................
HYDROBLOC LS SERIES SPECIFICA TIONS ¹ Based on 100°F inlet air temperature and -40°F pressure dew point. Maxi- mum recommended inlet temperature, 120°F.
HYDROBLOC LS SERIES SPECIFICA TIONS MODEL PREFILTER AFTERFILTER LS60 D-0100-CF D-0100-PF LS110 D-0175-CF D-0100-PF LS130 D-0175-CF D-0170-PF LS185 D-0250-CF D-0170-PF LS240 D-0250-CF D-0300-PF LS270 D.
General Information 1 - 1 CAUTION: Each component of a Deltech Hydrobloc LS Series heaterless regenerative desiccant dryer system has been selected to compliment the performance of the other components of the system. Therefore, use of unauthorized parts or supplies or improper operation will degrade system performance.
1 - 2 General Information 1.2.3 Automatic Drain V alves As previously stated, the accumulated water and oil mix- ture collected by a prefilter must be periodically drained from the prefilter housing sump.
Installation 2 - 1 2 Installation Dryer models LS15 through LS1500 are designed to be moved by means of forklift slotting at the base of the dryer ’ s protective shipping framework and lifting straps in- stalled on the dryer. Dryer models LS2070 and LS2580 are designed to be moved by means of lifting lugs supplied on the desiccant chambers.
2 - 2 Installation 2 . 4 General Piping Information NOTE 1: Use the proper pressure rated piping, fittings and valves as approved by ASME, ANSI, ASA, etc.
Installation 2 - 3 2 .7 Electrical Connection NOTE 1: Use proper, load-rated components as ap- proved by NEC, NEMA, CSA, UL, etc., as re- quired. Local and municipal codes may also apply. All installations and connections must be in accordance with recognized electrical codes in effect.
2 - 4 Installation CAUTION ST A TIC SENSITIVE DEVICES STATIC SENSITIVE DEVICES CAN BE DAMAGED BY ELECTROSTATIC DISCHARGE. YOU CAN MINIMIZE THE CHANCES OF DESTROYING SUCH DEVICES BY: 1. KNOWING THAT THERE IS A POTENTIAL STATIC SENSITIVE PROBLEM. 2. ADHERING TO THE GUIDELINES LISTED BELOW FOR HANDLING THEM.
Installation 2 - 5 CAUTION: Surges, spikes and input voltage of less than eighty-five (85) VAC or greater than one hundred and thirty-two (132) VAC, may cause the Dryer Con- trol System to operate erratically, or malfunction. This malfunction may or may not be accompanied by an alarm.
2 - 6 Installation b ) Close the dryer control system enclosure cover and tighten all cover latches. CAUTION: Do not remove the factory programmed micro- computer chip or any I.C. chip from the logic control circuit board. Improper removal will cause irreparable damage to these highly static-sensitive components.
Installation 2 - 7 When the Energy Management System LED indicator is OFF, the dryer either does not have the Compu-Save En- ergy Management System option, or that the sensor has determined that the relative humidity in the on-line chamber has reached the predetermined set point.
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Operation 3 - 1 3 Operation that power is supplied to the drain valve; the other LED in- dicates that the drain port is open. The power indicator turns off when the drain port opens. If either LED fails to turn on at the proper time, refer to the maintenance section of this manual.
3 - 2 Operation Do not start the dryer with compressed air flow through the dryer. Close customer supplied dryer shut-off valves before beginning start-up procedure. 1 . Refer to the General Arrangement drawing as neces- sary for component identification and location while conducting start-up and operational procedures.
Operation 3 - 3 Afterfilter cartridges are NOT interchangeable and must be installed in their respective assemblies ONLY . The proper filter cartridge part number is listed on each Prefilter and Afterfilter Assembly. 3. Replace and tighten filter assembly bowls.
3 - 4 Operation IMPORTANT: Water molecules can diffuse through a pinhole-size leak even though pressure inside the piping is several hundred PSIG. It is not uncommon to have a minute pinhole leak in a gas line cause an increase in dew point from -40 ° F to -10 ° F at a dis- tance of forty or more feet downstream of the leak.
Operation 3 - 5 right chamber. Both Purge Exhaust Switching Valves will close. The desiccant chambers will im- mediately begin pressurizing to system pressure as indicated by chamber pressure gauges. 10 . The Moisture Indicator ’ s (if dryer so-equipped) bleed valve is installed directly into the back of the indicator ’ s body.
3 - 6 Operation 5. Close any manual vent or drain valves installed in prefilter and afterfilter assemblies. 6 . If the prefilter assembly utilized was factory- equipped with an automatic drain valve or drain trap, inspect for, and remove pipe plug or cap which may have been installed in drain port for shipping pur- poses.
Operation 3 - 7 2 0. The Start-Up procedure for models LS2070 and LS2580 is now complete. Proceed to the Normal Operation Checks section of this manual for final op- erational checks and adjustments. 3 . 5 Normal Start-Up or Restart For Dryers With Fixed Cycle Electronic Timer Control (Models LS60 through LS1000 only) 1.
3 - 8 Operation chamber is pressurized, the Purge Pressure Indica- tor will read “ system pressure ” .) 12. The Normal Start-Up or Restart procedure for mod- els LS60 through LS1000 is now complete. Proceed to the Normal Operational Checks section of this manual for final operational checks and adjustments.
Operation 3 - 9 pressurized for regeneration. (When the off-line chamber is pressurized, the Purge Pressure Indica- tor will read “ system pressure ” .) 13. The Normal Start-Up or Restart procedure for mod- els LS2070 through LS2580 is now complete.
3 - 10 Operation b) Close the Pilot Gas Supply Valve. c ) Open the Pilot Gas Filter's Bleed Valve. Allow pi- lot gas system to depressurize through the Pilot Gas Filter ’ s Bleed Valve.
Maintenance and Repair 4 - 1 4. 1 Preventative Maintenance Schedule Weekly 1 . Check the following operating conditions: a) Purge pressure setting (during regeneration) b) Inlet pressure c ) Inlet flo.
4 - 2 Maintenance and Repair Annually WARNING! Ensure that the Dryer and any associated Prefilters and Afterfilters are valve isolated and fully depressur- ized before attempting to remove or disassemble any components or subassemblies. Failure to do so may result in serious personal injury and/or equip- ment damage.
Maintenance and Repair 4 - 3 For Dryer Models LS60 through LS1500 a) Fill each chamber with OPD-4 (4mm bead) desic- cant until the specified quantity has been in- stalled. Light tapping on the chamber sides with a soft-face mallet should yield additional free space to allow installation of the specified quan- tity.
4 - 4 Maintenance and Repair 6. Clean accumulated debris from the bowl with soap and water, and dry thoroughly. 7 . LIGHTLY lubricate the new O-ring with a petroleum- based lubricant that is compatible with your applica- tion before installing the new element.
Maintenance and Repair 4 - 5 ized. DO NOT continue to remove the bowl until the filter has been completely vented to atmospheric pressure. CAUTION: Filter bowls may be heavy. Caution should be taken when removing the bowl. 4. Remove the bottom bowl by unscrewing it from the head.
4 - 6 Maintenance and Repair WARNING! Ensure that the Dryer is de-energized, valve isolated, and fully depressurized before attempting to remove or disassemble any Dryer component or subassem- bly. Failure to do so may result in serious personal injury and/or equipment damage.
Maintenance and Repair 4 - 7 4. 6 Moisture Indicator Recharging Procedure Note: Dryer shutdown is not necessary to perform the fol- lowing procedure and can be accomplished without remov- ing the entire assembly.
4 - 8 Maintenance and Repair 4.7 Inlet and Purge Exhaust Switching V alve Maintenance (LS60 through LS760) WARNING! Ensure that the Dryer is de-energized, valve isolated, and fully depressurized before attempting to remove or disassemble any Dryer component or subassem- bly.
Maintenance and Repair 4 - 9 Figure 4.4 INLET AND PURGE EXHAUST SWITCHING VALVE (LS60, LS110, LS130, LS185, LS240, LS270, LS360, LS505, LS630, LS760) NOTE: 1. When the unit is located in a corrosive environment, coat sockethead cap screws with a corrosion resistant compound.
4 - 1 0 Maintenance and Repair 4.8 Inlet and Purge Exhaust Switching V alve Maintenance (LS1000) WARNING! Ensure that the Dryer is de-energized, valve isolated, and fully depressurized before attempting to remove or disassemble any Dryer component or subassem- bly.
Maintenance and Repair 4 - 1 1 Figure 4.6 INLET AND PURGE EXHAUST SWITCHING VALVE (LS1000) NOTE: 1. When the unit is located in a corrosive environment, coat sockethead cap screws with a corrosion resistant compound.
4 - 1 2 Maintenance and Repair 4.9 3" Inlet Switching V alve Maintenance (Models LS1250 and LS1500) WARNING! Ensure that the dryer is de-energized, valve isolated, and fully depressurized before attempting to remove or disassemble any dryer component or subassem- bly.
Maintenance and Repair 4 - 1 3 20 19 14 10 11 10 15 18 16 22 21 8 17 8 16 23 15 10 14 13 12 11 10 9 8 7 6 5 4 3 2 1 Figure 4.7 3" INLET SWITCHING VALVE (LS1250, LS1500) NOTE: 1. When the unit is located in a corrosive environment, coat sockethead cap screws with a corrosion resis- tant compound.
4 - 1 4 Maintenance and Repair 4.10 2" Purge Exhaust Switching V alve Maintenance (Model LS1250 only) WARNING! Ensure that the Dryer is de-energized, valve isolated, and fully depressurized before attempting to remove or disassemble any Dryer component or subassem- bly.
Maintenance and Repair 4 - 1 5 1 5 8 12 15 13 6 2 16 14 11 10 9 7 3 3 4 Figure 4.8 2" PURGE EXHAUST (LS1250) NOTE: 1. When the unit is located in a corrosive environment, coat sockethead cap screws with a corrosion resis- tant compound.
4 - 1 6 Maintenance and Repair 4.1 1 3" Purge Exhaust Switching V alve Maintenance (Model LS1500 only) WARNING! Ensure that the dryer is de-energized, valve isolated, and fully depressurized before attempting to remove or disassemble any dryer component or subassem- bly.
Maintenance and Repair 4 - 1 7 20 18 19 15 10 14 13 12 11 10 9 8 7 6 5 4 3 2 1 17 8 16 Figure 4.9 3" PURGE EXHAUST SWITCHING VALVE (LS1500) NOTE: 1. When the unit is located in a corrosive environment, coat sockethead cap screws with a corrosion resis- tant compound.
4 - 1 8 Maintenance and Repair 4.12 Purge and Outlet Check V alve Maintenance (Models LS60 through LS760) WARNING! Ensure that the dryer is de-energized, valve isolated, and fully depressurized before attempting to remove or disassemble any dryer component or subassem- bly.
Maintenance and Repair 4 - 1 9 Figure 4.10 PURGE AND OUTLET CHECK VALVE ASSEMBLIES (LS60, LS110, LS130, LS185, LS240, LS270, LS360, LS505, LS630, LS760) 2 5 15 9 1 12 14 11 4 6 3 10 8 7 13 NOTE: 1. When the unit is located in a corrosive environment, coat items (2) and (3) with a corrosion resistant com- pound.
4 - 2 0 Maintenance and Repair 4.13 3" Purge and Outlet Check V alve Maintenance (Models LS1000 through LS1500) WARNING! Ensure that the Dryer is de-energized, valve isolated, and fully depressurized before attempting to remove or disassemble any Dryer component or subassem- bly.
Maintenance and Repair 4 - 2 1 Figure 4.11 3" PURGE AND OUTLET CHECK VALVE ASSEMBLIES (LS1000, LS1250, LS1500) NOTE: 1. When the unit is located in a corrosive environment, coat items (13) and (14) with a corrosion resistant compound. 2. Torque 5/16 - 18 screws to 135 in-lbs.
4 - 2 2 Maintenance and Repair 4.14 Remote Flow Restrictor Maintenance (Model LS1250 only) WARNING! Ensure that the dryer is de-energized, valve isolated, and fully depressurized before attempting to remove or disassemble any dryer component or subassem- bly.
Maintenance and Repair 4 - 2 3 4.15 Flow Restrictor Maintenance (Models LS1500 through LS2580) WARNING! Ensure that the dryer and any associated prefilters and afterfilters are valve isolated and fully depressur- ized before attempting to remove or disassemble any components or subassemblies.
DISASSEMBLY/ASSEMBLY INSTRUCTIONS ACTUATOR SUBASSEMBLY 1. Disassemble/Build the actuator subassembly in the order shown by the Actuator Subassembly Diagram (Figure 4.15). A) Secure the retaining plate in the jaws of a vise. B ) Apply Loctite ™ RC-620 to the threads of the shaft guide and thread it into the retaining plate.
SHAFT SUBASSEMBLY DETAIL 'C' 2. Adjust orifice stroke. A) Invert the actuator subassembly and place in a vice as shown in Detail C. B) Gently press the flange to the orifice. C) Tighten the nut until the spring retainer slightly contacts the shaft guide.
4.16 Purge Adjusting V alve (Models LS2070 and LS2580) WARNING! Ensure that the dryer is de-energized, valve isolated and fully depressurized before attempting to remove or disassemble any dryer component or subassem- bly. Failure to do so may result in serious personal injury and/or equipment damage.
4.17 Pilot Gas Filter Maintenance (Models LS2070 and LS2580) WARNING! Ensure that the dryer is de-energized, valve isolated, and fully depressurized before attempting to remove or disassemble any dryer component or subassem- bly. Failure to do so may result in serious personal injury and/or equipment damage.
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Troubleshooting Guide 5 - 1 5 T roubleshooting Guide Dew point degradation 1. Insufficient or excessive purge gas flow during regeneration. 2 . Inlet gas pressure is below the design pres- sure specified on the Dryer Specification La- bel located on the inside cover of the dryer control system enclosure.
5 - 2 Troubleshooting Guide 4. Check the compressor aftercooler and cooling system. Adjust as necessary to bring the dryer inlet temperature to design specification. 5. Isolate and depressurize Prefilter Assembly. Inspect prefilter cartridges and end seals for loosening and/or damage.
Troubleshooting Guide 5 - 3 Back pressure on a desiccant chamber during the regeneration cycle. (Chamber ’ s pressure gauge indicates above zero (0) PSIG. Note: The presence of back pressure will result in insufficient regeneration followed by dew point degradation.
5 - 4 Troubleshooting Guide Excessive pressure drop across dryer. 1. Badly broken, dusted or fouled desiccant. 2 . Inlet flow rate (SCFM) is exceeding the dryer ’ s design flow rate as specified on the Dryer Specification Label located on the in- side cover of the dryer system control enclo- sure.
Troubleshooting Guide 5 - 5 b) For Models LS1500 through LS2580 WARNING! Removal of the Flow restrictor should not be done un- less the piping to the Purge Exhaust Muffler is ad- equately supported. Failure to do so may result in serious personal injury and/or equipment damage.
5 - 6 Troubleshooting Guide 4. Check for pilot gas pressure at on-stream chamber exhaust valve ’ s pilot tubing connection. If pilot pressure is present, Shutdown and Depressurize Dryer. Disassemble, clean and inspect the Switching Valve. Replace all worn or damaged parts as noted.
Troubleshooting Guide 5 - 7 1a . Verify the actual inlet flow rate. Reduce flow rate if operating above the inlet flow rate specified on the Dryer Specification La- bel. If the verified inlet flow rate is not exceeding the specified de- sign flow rate, proceed to POSSIBLE CAUSE #1b.
5 - 8 Troubleshooting Guide PROBLEM/POSSIBLE CAUSE CHECKS AND REMEDY 4. Off-stream chamber ’ s Inlet Switching Valve or on-stream chamber ’ s Purge Exhaust Switching Valve seat is worn, damaged or fouled (allowing slight pressure leakage to enter regenerating chamber).
Troubleshooting Guide 5 - 9 PROBLEM/POSSIBLE CAUSE CHECKS AND REMEDY Automatic drain valve continually discharging or venting. 1 . Clogged diaphragm. 2. Short in electrical component. Automatic drain valve not discharging. 1 . No electrical power. 2 .
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Appendix A Purge Curves.
A - 2 Purge Curves.
Purge Curves A - 3 HYDROBLOC LS SERIES PURGE CURVES Calculation of Purge Pressure Setting 6. Locate the Purge Adjusting Valve. Slowly rotate dryer ’ s Purge Adjusting Valve until the Purge Pres- sure Indicator indicates the calculated purge pressure setting.
A - 4 Purge Curves Figure A.1 — Critical Orifice Calibration Curve (LS60) Orifice Dia. .129 Gas: Air Temp: 100 ° F C D : .65 100 80 60 40 20 5 8 10 12 PURGE GAS FLOW RA TE (SCFM) 14 P 1 10 30 50 70.
Purge Curves A - 5 Figure A.2 — Critical Orifice Calibration Curve (LS110) Orifice Dia. .156 Gas: Air Temp: 100 ° F C D : .65 100 80 60 40 20 6 1 21 62 0 PURGE GAS FLOW RA TE (SCFM) 24 P 1 10 30 50.
A - 6 Purge Curves Figure A.3 — Critical Orifice Calibration Curve (LS130) Orifice Dia. .172 Gas: Ai r Temp: 10 0 ° F C D : .65 100 80 60 40 20 10 14 18 22 PURGE GAS FLOW RA TE (SCFM) 26 P 1 10 30 .
Purge Curves A - 7 Figure A.4 — Critical Orifice Calibration Curve (LS185) Orifice Dia. .203 Gas: Ai r Temp: 10 0 ° F C D : .65 100 80 60 40 20 15 20 25 30 PURGE GAS FLOW RA TE (SCFM) 35 P 1 10 30 .
A - 8 Purge Curves Figure A.5 — Critical Orifice Calibration Curve (LS240) Orifice Dia. .257 Gas: Air Temp: 100 ° F C D : .65 100 80 60 40 20 20 30 40 50 PURGE GAS FLOW RA TE (SCFM) 60 P 1 10 30 50.
Purge Curves A - 9 Figure A.6 — Critical Orifice Calibration Curve (LS270) Orifice Dia. .272 Gas: Air Temp: 100 ° F C D : .65 100 80 60 40 20 25 35 45 55 PURGE GAS FLOW RA TE (SCFM) 65 P 1 10 30 50.
A - 1 0 Purge Curves Figure A.7 — Critical Orifice Calibration Curve (LS360) Orifice Dia. .290 Gas: Air Temp: 100 ° F C D : .65 100 80 60 40 20 35 45 55 65 PURGE GAS FLOW RA TE (SCFM) 75 P 1 10 30 .
Purge Curves A - 1 1 Figure A.8 — Critical Orifice Calibration Curve (LS505) Orifice Dia. .359 Gas: Air Temp: 100 ° F C D : .65 100 80 60 40 20 40 60 80 100 PURGE GAS FLOW RA TE (SCFM) 120 P 1 10 3.
A - 1 2 Purge Curves Figure A.9 — Critical Orifice Calibration Curve (LS630) Orifice Dia. .375 Gas: Air Temp: 100 ° F C D : .65 100 80 60 40 20 50 70 90 110 PURGE GAS FLOW RA TE (SCFM) 130 P 1 10 3.
Purge Curves A - 1 3 Figure A.10 — Critical Orifice Calibration Curve (LS760) Orifice Dia. .438 Gas: Air Temp: 100 ° F C D : .65 100 80 60 40 20 80 100 120 140 PURGE GAS FLOW RA TE (SCFM) 160 P 1 1.
A - 1 4 Purge Curves 100 80 60 40 20 80 120 160 200 PURGE GAS FLOW RA TE (SCFM) 240 P 1 60 100 140 180 220 10 30 50 70 90 40 0 PURGE PRESSURE P 1 PSIG 260 Orifice Dia.
Purge Curves A - 1 5 100 80 60 40 20 125 175 225 275 PURGE GAS FLOW RA TE (SCFM) 325 P 1 100 150 200 250 300 10 30 50 70 90 75 0 PURGE PRESSURE P 1 PSIG 350 Figure A.12 — Critical Orifice Calibration Curve (LS1250, LS1500) Orifice Dia. .688 Gas: A ir Temp: 1 00 ° F C D : .
A - 1 6 Purge Curves 11 0 90 70 50 30 200 300 400 500 PURGE GAS FLOW RA TE (SCFM) 600 P 1 150 250 350 450 550 20 40 60 80 100 100 10 PURGE PRESSURE P 1 PSIG 650 Orifice Dia.
Replacement Parts B - 1 Appendix B Replacement Parts.
B - 2 Replacement Parts Description Quantity Model Model Model Model Model Required* LS60 LS 1 10 LS130 LS185 LS240 Muf fler 1 1283853 1283853 1283853 1283853 1283853 Relie f V alve 1 1 124704 1 12470.
Replacement Parts B - 3 HYDROBLOC LS REPLACEMENT P ARTS Description Quantity Model Model Model Model Model Required* LS270 LS360 LS505 LS630 LS760 Muf fler 1 1283853 1283853 1283285 1283285 1283285 Re.
B - 4 Replacement Parts Description Quantity Model Model Model Model Model Required* LS1000 LS1250 LS1500 LS2070 LS2580 Muffler 1 1283853 1283853 1283853 1283853 1283853 Relief V alve 1 1 124704 1 124.
Appendix C Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers.
C - 2 Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers.
Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers C - 3 HYDROBLOC LSC SPECIFICA TIONS ¹ Based on 100 ° F inlet air temperature and -100 ° F pressure dew point. Maximum recommended inlet temperature, 120 ° F.
C - 4 Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers HYDROBLOC LSC SPECIFICA TIONS MODEL PR EFILTER AFTERFILTER LSC60 D-0050-CF D-0050-PF LSC110 D-0100-CF D.
Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers C - 5 HYDROBLOC LSC PURGE CURVES Calculation of Purge Pressure Setting 6. Locate the Purge Adjusting Valve. Slowly rotate dryer ’ s Purge Adjusting Valve until the Purge Pres- sure Indicator indicates the calculated purge pres- sure setting.
C - 6 Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers Figure C.1 — Critical Orifice Calibration Curve (LSC60) Orifice Dia. .094 Gas: Air Temp: 100 ° F C D : .65 100 80 60 40 20 3 4.5 5.5 6.5 PURGE GAS FLOW RA TE (SCFM) 7.
Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers C - 7 Figure C.2 — Critical Orifice Calibration Curve (LSC110) HYDROBLOC LSC PURGE CURVES Orifice Dia.
C - 8 Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers Figure C.3 — Critical Orifice Calibration Curve (LSC130) HYDROBLOC LSC PURGE CURVES Orifice Dia.
Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers C - 9 Figure C.4 — Critical Orifice Calibration Curve (LSC185) HYDROBLOC LSC PURGE CURVES Orifice Dia.
C - 10 Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers Figure C.5 — Critical Orifice Calibration Curve (LSC240, LSC270) HYDROBLOC LSC PURGE CURVES Orifice Dia.
Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers C - 11 Figure C.6 — Critical Orifice Calibration Curve (LSC360) HYDROBLOC LSC PURGE CURVES Orifice Dia.
C - 12 Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers HYDROBLOC LSC PURGE CURVES Figure C.7 — Critical Orifice Calibration Curve (LSC505) Orifice Dia.
Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers C - 13 HYDROBLOC LSC PURGE CURVES Orifice Dia. .313 Gas: Air Temp: 100 ° F C D : .65 100 80 60 40 20 20 40 60 80 PURGE GAS FLOW RA TE (SCFM) 100 P 1 10 30 50 70 90 10 30 50 70 90 0 0 PURGE PRESSURE P 1 PSIG 11 0 Figure C.
Figure C.9 — Critical Orifice Calibration Curve (LSC760) Orifice Dia. .359 Gas: Ai r Temp: 10 0 ° F C D : .65 100 80 60 40 20 40 60 80 100 PURGE GAS FLOW RA TE (SCFM) 120 P 1 10 30 50 70 90 20 0 PU.
100 80 60 40 20 40 60 80 100 PURGE GAS FLOW RA TE (SCFM) 120 P 1 30 50 70 90 1 10 10 30 50 70 90 20 0 PURGE PRESSURE P 1 PSIG 130 Orifice Dia. .406 Gas: A ir Temp: 1 00 ° F C D : .
100 80 60 40 20 40 80 120 160 PURGE GAS FLOW RA TE (SCFM) 200 P 1 20 60 100 140 180 10 30 50 70 90 0 0 PURGE PRESSURE P 1 PSIG 220 Orifice Dia. .500 Gas: A ir Temp: 1 00 ° F C D : .
100 80 60 40 20 80 120 160 200 PURGE GAS FLOW RA TE (SCFM) 240 P 1 60 100 140 180 220 10 30 50 70 90 40 0 PURGE PRESSURE P 1 PSIG 260 Orifice Dia. .563 Gas: A ir Temp: 1 00 ° F C D : .
C - 18 Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers 100 80 60 40 20 125 175 225 275 PURGE GAS FLOW RA TE (SCFM) 325 P 1 100 150 200 250 300 10 30 50 70 90 75 0 PURGE PRESSURE P 1 PSIG 350 Orifice Dia. .688 Gas: A ir Temp: 1 00 ° F C D : .
Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers C - 19 HYDROBLOC LSC REPLACEMENT P ARTS Description Quantity Model Model Model Model Model Re quir ed* LSC60 .
C - 20 Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers HYDROBLOC LSC REPLACEMENT P ARTS Description Quantity Model Model Model Model Model Required* LSC270 L.
Specifications, Purge Curves and Replacement Parts for -100 ° F Pressure Dew Doint Dryers C - 21 HYDROBLOC LSC REPLACEMENT P ARTS Description Quantity Model Model Model Model Model Required* LS1000 L.
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4647 SW 40th Avenue • Ocala, FL 34474-5799 Telephone 352-873-5700 • Fax 352-873-5744 WEB ADDRESS: www.udi-flair.com/deltech E-MAIL: deltech@udi-flair.com U.S. FACILITIES New Castle, Delaware Ocala, Florida Stanley, North Carolina CANADIAN FACILITIES Brockville, Ontario Tel.
Een belangrijk punt na aankoop van elk apparaat Deltech Fitness LS2580 (of zelfs voordat je het koopt) is om de handleiding te lezen. Dit moeten wij doen vanwege een paar simpele redenen:
Als u nog geen Deltech Fitness LS2580 heb gekocht dan nu is een goed moment om kennis te maken met de basisgegevens van het product. Eerst kijk dan naar de eerste pagina\'s van de handleiding, die je hierboven vindt. Je moet daar de belangrijkste technische gegevens Deltech Fitness LS2580 vinden. Op dit manier kan je controleren of het apparaat aan jouw behoeften voldoet. Op de volgende pagina's van de handleiding Deltech Fitness LS2580 leer je over alle kenmerken van het product en krijg je informatie over de werking. De informatie die je over Deltech Fitness LS2580 krijgt, zal je zeker helpen om een besluit over de aankoop te nemen.
In een situatie waarin je al een beziter van Deltech Fitness LS2580 bent, maar toch heb je de instructies niet gelezen, moet je het doen voor de hierboven beschreven redenen. Je zult dan weten of je goed de alle beschikbare functies heb gebruikt, en of je fouten heb gemaakt die het leven van de Deltech Fitness LS2580 kunnen verkorten.
Maar de belangrijkste taak van de handleiding is om de gebruiker bij het oplossen van problemen te helpen met Deltech Fitness LS2580 . Bijna altijd, zal je daar het vinden Troubleshooting met de meest voorkomende storingen en defecten #MANUAl# samen met de instructies over hun opplosinge. Zelfs als je zelf niet kan om het probleem op te lossen, zal de instructie je de weg wijzen naar verdere andere procedure, bijv. door contact met de klantenservice of het dichtstbijzijnde servicecentrum.
