Technical Freezer Manual
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MVE Biological Systems
TEC 3000 Technical Freezer Manual
MVE TEC 3000 TECHNICAL FREEZER MANUAL
13289499 Rev E • 1
MVE Biological Systems
TEC 3000 Technical Freezer Manual
MVE TEC 3000 TECHNICAL FREEZER MANUAL P/N 13289499 Rev E September 2013 Preface Chart Inc. 2200 Airport Industrial Drive, Suite 500 Ball Ground, GA 30107 USA Chart Inc. BioMedical Group Customer / Technical Service: The Americas
Phone: (800) 482-2473 Fax: (888) 932-2473 (770) 721-7759 (770) 721-7758 Email: [email protected]
Asia, Australia, Pacific Rim
Phone: +61 (2) 974 94333
Fax: +61 (2) 974 94666
Europe
Phone: +44 (0) 1344 403100
Fax: +44 (0) 1344 429224
This manual covers the use and maintenance of MVE Cryogenic Freezers and the TEC 3000 control system. READ BEFORE USING THIS EQUIPMENT. It is intended for use by trained personnel only. All service and maintenance should be performed by an authorized MVE Distributor.
NOTE: All MVE models are Class 1, externally powered, continuous operation medical devices. They are not suitable for use with flammable anesthetics. This equipment has been tested and found to comply with the limits for medical devices to IEC 601-1-2: [or EN 60601010102:2001 or Medical Device Directive 93/42/EEC].
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2. Table of Contents 1. Preface ... 2 2. Table of Contents ... 3-4 3. Safety and First Aid ... 6-7 4. Certifications and Listings……………………………………………………………………….…8 5. Product Information ... 9 5.1. MVE Freezer Models ... 9 5.1.1. MVE High Efficiency / Vapor Series ... 10 5.1.2. MVE Series... 11 5.1.3. MVE Stock Series ... 12 5.1.4. MVE Cabinet Series ... 13 5.1.5. MVE HEco Series ... 14 5.1.6. MVE CryoSystem 6000 Full Auto Series ……………………………….15 5.2. Plumbing Assembly ... 16-20 5.3. TEC 3000 Display ... 21 5.4. TEC 3000 Stand Alone Back Panel / Physical Connections ... 20 5.4.1. TEC3000 HEco/Cabinet Back Panel / Physical Connections………………...21-23 5.4.2. TEC3000 12-Pin Wiring Harness Details….………….……………………………... 24 5.5. Specifications ... 25 5.6. Operating Environment ... 26 6. Installation and Startup ... 27-30 7. Operation ... 32 7.1. Functions and Features ... 34 7.1.1. Liquid Nitrogen Level Measurement ... 33 7.1.2. Automatic Liquid Nitrogen Level Control ... 34 7.1.3. Liquid Nitrogen Usage ... 36 7.1.4. Temperature Measurement ... 37 7.1.5. User Defined Alarms ... 38-39 7.1.6. Remote Alarm Monitoring ... 40 7.1.7. Passwords / Security ... 41 7.1.8. Communication / Networking Capabilities ... 43 7.1.9. Event Log And Event Codes ... 43-44 7.1.10. Lid Switch ... 45 7.1.11. Hot Gas Bypass ... 46 7.1.12. Battery Backup (Optional)... 47 7.2. Adjusting Settings and Options ... 48 7.2.1. Temperature Settings ... 49 7.2.1.1. Enable / Disable Sensors ... 49 7.2.1.2. High Temperature Alarm Test ... 50 7.2.1.3. Temperature Alarm Settings ... 51-52 7.2.1.4. Liquid Nitrogen Saturation Temperature ... 53 7.2.2. Liquid Level Settings ... 54 7.2.2.1. Level Setpoints and Alarms ... 54 7.2.2.2. Enable / Disable Auto Fill Control... 55 7.2.2.3. Level Offset ... 56 7.2.3. Additional Feature Settings ... 57 7.2.3.1. Battery Backup Status ... 57 7.2.3.2. Hot Gas Bypass Settings... 58-59 7.2.3.2.1. Stuck Valve Alarms ……………………………………... 59 7.2.3.3. Lid Switch Settings ... 60 7.2.4. Display and Output Settings ... 61 7.2.4.1. Temp and Level Display Units ... 61 7.2.4.2. Liquid Usage Display ... 62 7.2.4.3. Alarm Buzzer... 63 7.2.4.4. Languages... 64 7.2.4.5. Printer ... 65 13289499 Rev E • 3
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7.2.5.
Advanced Settings ... 66 7.2.5.1.Timed Filling ... 66-67 7.2.5.2. Maximum Fill Time ... 68 7.2.5.3. Time and Date ... 69-70 7.2.5.3.1. Communication Settings ... 71 7.2.5.3.2. COM Setup / Type ... 71 7.2.5.3.3. MODBUS ID ... 72 7.2.5.4. One Fill All Fill (OFAF) ... 73 7.2.5.5. Restore Default Settings... 74 GLOBAL PASSWORD …….…………………………..……………………………… 75 7.2.5.6. Restart Controller ... 75 7.2.5.7. Firmware Update ... 77-78 7.2.6. Password / Security Setup ... 79 7.2.6.1. Password Entry Mode ... 79 7.2.6.2. Global Password Change ... 80 7.2.6.3. Multilevel Passwords ... 81 7.3. Calibration Procedures ... 82 7.3.1. Temperature Sensor Calibration ... 82 7.3.1.1. Single Point Calibration ... 83 7.3.1.2. Two Point Calibration ... 84-85 7.3.2. Liquid Nitrogen Level Calibration ... 86-89 7.3.3. Hot Gas Bypass Sensor Calibration and Removal ... 90-91 7.3.3.1. Hot Gas Single Point Calibration ... 92 7.3.3.2. Hot Gas Two Point Calibration... 93 7.4. Communication / Networking ... 95 7.4.1. TEC Connect (Computer Interface) ... 96-97 Download/Event Log/ASCII Commands.….……………………….. 98-99 7.4.2. OFAF Network Setup ... 100-102 7.4.3. Printer Setup... 103 7.5. Remote Alarm Tests ... 104 7.5.1. Global Remote ... 104 7.5.2. Discrete Contacts ... 104 8. TEC 3000 Menu Maps ... 105 8.1. Main Setup Menus ... 105 8.2. Temperature Setting Menus ... 106 8.3. Temperature Calibration Menus... 107 8.4. Add On Menus ... 108 8.5. Hot Gas Bypass Sensor Calibration Menus ... 109 8.6. Display and Output Menus ... 110 8.7. Liquid Level Menus ... 111 8.8. Liquid Level Calibration Menus ... 112 8.9. Advanced Settings Menus ... 113 8.10. Password Menus ... 114 8.11. TEC 3000 Display Screens... 115 9. Preventative Maintenance ... 116 9.1. Preventative Maintenance Schedule ... 116 9.2. Preventative Maintenance Procedures ... 117-126 9.3. Replacement Parts and Accessories ... 127 10. Troubleshooting Quick Reference ... 128-129 11. EN Compliance Tables………...……………………………………………………..……..130-133 12. Appendix ..….…………………………………………………………………………….………. 134 12.1. Reference Tables ... 134-136 12.1.2 Liters to Inch ………………………………………………………………………….……… 135 12.2. TEC 3000 ASCII Interface & Commands ... 137-146 13. Decontaminating and Sanitizing ...……………………..……………………………………. 147 13289499 Rev E • 4
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3. Safety
READ BEFORE OPERATING THIS EQUIPMENT General Liquid nitrogen (LN2) is used in MVE Cryogenic Freezers as a refrigerant. Understanding and following certain safety precautions is extremely important when handling LN2 and cryogenic containers (Dewars). Liquid Nitrogen Properties Nitrogen is a colorless, odorless, tasteless gas. Gaseous nitrogen makes up about 78% of the Earth’s atmosphere by volume. Once collected and isolated, nitrogen can be liquefied. Boiling Point @ 1 atm Thermal Conductivity (Gas) Heat of Vaporization (Liquid) Density @ 1 atm (Liquid)
-195.8°C , -320.3°F , 77.4 K 25.83 mW/(mÂK) 198.38 kJ/kg 3 1.782 lbs/L , 807.4 g/L , 808.6 kg/m
Liquid Nitrogen Safety Transferring LN2 and operating the TEC 3000 should be done in accordance with the manufacturer/supplier instructions. It is important that all safety precautions written on the storage Dewar and recommended by the manufacturer be followed.
WARNING • •
•
•
Do not modify this equipment without authorization of the manufacturer. Nitrogen is a potential asphyxiant and can cause rapid suffocation without warning. Store and use in area with adequate ventilation. DO NOT vent container in confined spaces. DO NOT enter confined spaces where gas may be present unless area has been well ventilated. If inhaled, move to fresh air. If breathing is difficult, supplemental oxygen may be required. If not breathing, give artificial respiration. SEEK MEDICAL ATTENTION IMMEDIATELY! Liquid nitrogen can cause severe frostbite to the eyes or skin. DO NOT touch frosted pipes or valves. Cold nitrogen vapor can damage the eyes or skin. In case of frostbite, consult a physician at once. If a physician is not readily available, warm the affected area with water that is near body temperature. Never place LN2 in a sealed container without a pressure relief device. The expansion ratio of liquid nitrogen to gaseous nitrogen is approximately 1 to 700 (i.e. 1 cubic foot of LN2 becomes 700 cubic feet of gas when evaporated)
The two most important safety aspects to consider when handling LN2 are adequate ventilation and eye and skin protection. Although nitrogen gas is non-toxic, it is dangerous in that the gas will displace oxygen in a normal breathing atmosphere. Liquid products are of even greater threat since a small amount of liquid evaporates into a large amount of gas. Therefore, it is imperative that cryogenic supply and storage Dewars be stored and operated in well-ventilated areas. Persons transferring LN2 should make every effort to protect the eyes and skin from accidental contact with liquid or cold vapor. Chart MVE recommends the following protective clothing and accessories when transferring LN2 or handling hoses, valves, and plumbing components: 13289499 Rev E • 6
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Recommended protective clothing • Cryogenic gloves (loose fitting) • Full-face shield or chemical splash goggles • Cryogenic apron • Long sleeve shirt and cuff less pants • Closed toe shoes (no sandals) Equipment Usage Cryogenic containers must be operated in accordance with the manufacturer/supplier instructions. Safety instructions will also be posted on the side of each Dewar. Cryogenic Dewars must be kept in a wellventilated area protected from weather and away from heat sources. In applications that use a modular liquid cylinder as a source of LN2, the supply will need to be replenished at regular intervals to ensure proper operation of the freezer. When exchanging liquid cylinders, follow the below procedure: 1. Allow all plumbing components to warm to room temperature before attempting to change supplies. 2. Close all valves associated with the liquid supply cylinder. 3. Relieve pressure in the plumbing assembly by initiating a brief fill by either pressing “Start Fill” or using the manual fill button. 4. Loosen the plumbing connection for the transfer hose at the liquid cylinder. 5. Remove empty liquid cylinder and replace with full liquid cylinder pressurized to 22 - 35 psig (1.52 - 2.41 bar). 6. Attach the transfer hose to the plumbing connection on the liquid cylinder. Ensure that the hose is connected to the connection labeled “LIQUID”. 7. Tighten the transfer hose plumbing connection at the liquid cylinder. 8. Open the liquid supply valve on the liquid cylinder. 9. Inspect plumbing for audible and visual leaks. Repair if necessary. 10. Manually initiate a fill to verify proper operation.
Recommended First Aid Every site that stores and uses LN2 should have an appropriate Material Safety Data Sheet (MSDS) present. The MSDS may be obtained from the manufacturer/distributor. The MSDS will specify the symptoms of overexposure and first aid to be used. Here is a typical summary. If symptoms of asphyxia such as headache, drowsiness, dizziness, excitation, excess salivation, vomiting, or unconsciousness are observed, remove to fresh air. If breathing has stopped, give artificial respiration. CALL A PHSYICIAN IMMEDIATELY. If breathing is difficult, supplemental oxygen maybe required. If exposure to cryogenic liquids or cold vapor occurs, restore tissue to normal, body temperature (37°C) as rapidly as possible, and then protect the injured tissue from further damage and infection. Rapid warming of the affected areas is best achieved by bathing it in warm water. The temperature of the water used should not exceed 40°C. Under no circumstances should the frozen part be rubbed either before or after warming. If the eyes are involved, flush them thoroughly with warm water for at least 15 minutes. In case of massive exposure, remove clothing while showering with warm water. The patient should not drink alcohol or smoke. CALL A PHYSICIAN IMMEDIATELY.
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4. Certifications and Listings All fully automatic Chart MVE cryogenic freezer systems equipped with TEC 3000 controllers are UL / CUL listed and CE marked to the Low Voltage Directive (LVD). Specially designated freezer models are also CE marked to the Medical Device Directive (MDD). The LVD is a European Union directive regulating the construction and operation of electrical equipment that is not considered a medical device. The MDD is a European Union directive regulating medical device construction and operation. These listings and certifications encompass the entire freezer system, and not just the electronic controller.
M.D.D. Representative: Medical Product Services Borngasse 20 35619 Braunfels, Germany Chart MVE brand manufactured liquid nitrogen freezers covered in this manual are non-hazardous, open mouth vacuum insulated dewars. They are constructed of stainless steel and aluminum and specifically designed to hold liquid nitrogen. They are not subject to any pressure vessel codes as they are open to atmospheric pressure. MVE liquid nitrogen containers are shipped empty without liquid nitrogen or any hazardous material from our factory. An MSDS is not available for the final formed and welded assembly. An MSDS on the stainless steel or aluminum alloys used is available but is not specific for the complete manufactured vessel.
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5. Product Information This section will give an overview of Chart MVE cryogenic freezers and components. Chart MVE offers a wide range of LN2 freezers with TEC 3000 controllers that can accommodate a variety of inventory systems designed to meet all of your cryogenic storage needs. Each freezer is a hand-made, double-walled, vacuum insulated stainless steel Dewar designed to maintain temperature with minimal LN2 evaporation.
5.1. MVE Freezer Models There are several series, or groups, of freezers, each of which offer specialized features and functionality. Each freezer has a descriptive name from which the highlighted features and performance specifications can be determined. MVE (Series)(Capacity)(Turn-tray?)-(Temp?)(Cabinet?)(Full Auto?)-(Gas Bypass?)-(Battery Backup?) Series Capacity Turn-tray Temp Cabinet Full Auto Gas Bypass Battery Backup Medical Device Directive
MVE Freezer Series (i.e. 800, 1500, 1800) Approximate 1.2 or 2.0 mL vial capacity in thousands Shape of turn-tray dividers, HE and HEco series only; P = pie-shaped, R = rectangular “Top box” temperature rating, if applicable; -150°C or -190°C C = cabinet model, if applicable AF = Automatic Fill GB = Hot Gas Bypass, if applicable BB = Battery Backup* MDD = European Union directive regulating medical device construction and operation.
*Battery Backup is standard ONLY for Medical Device Directive freezers.
Example:
MVE 1536P-190F-GB-BB-MDD MVE 1500 Series freezer with capacity for approximately 36,000 vials, pieshaped turn-tray dividers, -190°C temperature rating, equipped with a TEC 3000, Hot Gas Bypass, and Battery Backup.
The Battery Backup can be added as an optional accessory for all other models.
Example:
MVE 1536P-190AF-GB MVE 1500 Series freezer with capacity for approximately 36,000 vials, pieshaped turn-tray dividers, -190°C temperature rating, equipped with a TEC 3000, Hot Gas Bypass.
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MVE High Efficiency / Vapor Series
The MVE High Efficiency / Vapor Series freezers will maintain a vapor storage temperature of either -150°C or -190°C with minimal LN2 evaporation while accommodating a wide variety of inventory systems.
Figure 1: Top-view of HE Freezer showing offset neck and P and R turn-trays
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Freezer Model
Minimum Door Width in. (mm)
Minimum Ceiling Height in. (mm)
Liftover Height in. (mm)
Turn-tray Platform Height In (mm)
Weight Empty lbs. (kg)
Weight Liquid Full lbs. (kg)
Qty of Casters
Direct Load per Caster (Full) lbs. (kg)
MVE 815P-150
32 (813)
75.1 (1908)
47.3 (1202)
6 (152)
475 (215)
1134 (514)
4
284 (129)
MVE 815P-190
32 (813)
75.1 (1908)
47.3 (1202)
6 (152)
475 (215)
1134 (514)
4
284 (129)
MVE 818P-190
32 (813)
84.2 (2138)
51.6 (1310)
6 (152)
495 (225)
1168 (530)
4
292 (133)
MVE 819P-190
32 (813)
90.1 (2289)
55.3 (1405)
6 (152)
515 (234)
1340 (608)
4
335 (152)
MVE 1536P-150
42 (1066)
83.2 (2115)
37.1 (944)
9 (228)
690 (313)
2037 (924)
4
509 (231)
MVE 1536P-190
42 (1066)
83.2 (2115)
37.1 (944)
9 (228)
690 (313)
2037 (924)
4
509 (231)
MVE 1539P-190
42 (1066)
87.8 (2230)
39.2 (995)
9 (228)
720 (327)
2140 (971)
4
535 (243)
MVE 1539R-150
42 (1066)
83.2 (2115)
37.1 (944)
9 (228)
690 (313)
2037 (924)
4
509 (231)
MVE 1542R-150
42 (1066)
87.8 (2230)
39.2 (995)
8 (203)
720 (327)
2140 (971)
4
535 (243)
MVE 1542R-190
42 (1066)
87.8 (2230)
39.2 (995)
9 (228)
720 (327)
2140 (971)
4
535 (243)
MVE 1879P-150
60 (1524)
90.3 (2294)
38.8 (985)
9.5 (242)
1721 (781)
4830 (2191)
4
1208 (548)
MVE 1879P-190
60 (1524)
90.3 (2294)
38.8 (985)
9.5 (242)
1721 (781)
4830 (2191)
4
1208 (548)
MVE 1881R-150
60 (1524)
90.3 (2294)
38.8 (985)
9.5 (242)
1721 (781)
4830 (2191)
4
1208 (548)
MVE 1881R-190
60 (1524)
90.3 (2294)
38.8 (985)
9.5 (242)
1721 (781)
4830 (2191)
4
1208 (548)
MVE 1892P-190
60 (1524)
98.6 (2504)
43.8 (1112)
9.5 (242)
1721 (781)
4875 (2211)
4
1219 (553)
MVE 1894R-150
60 (1524)
98.6 (2504)
43.8 (1112)
9.5 (242)
1721 (781)
4875 (2211)
4
1219 (553)
MVE 1894R-190
60 (1524)
98.6 (2504)
43.8 (1112)
9.5 (242)
1721 (781)
4875 (2211)
4
1219 (553)
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MVE Series
The MVE Series freezers are designed primarily for liquid phase storage, but can be used for vapor phase storage with the vapor storage accessory package. The wide neck opening allows easy access to stored samples. In vapor phase storage, these freezers will maintain a top box temperature of -90oC to -125°C.
Freezer Model
Minimum Door Width in. (mm)
Minimum Ceiling Height in. (mm)
Liftover Height in. (mm)
Weight Empty lbs. (kg)
Weight Liquid Full lbs. (kg)
Qty of Casters
Direct Load per Caster (Full) lbs. (kg)
MVE 205
20.4 (518)
71.1 (1806)
41 (1041)
195 (88)
365 (166)
4
91 (42)
MVE 510
23.9 (606)
71.7 (1822)
41.6 (1057)
281 (127)
577 (262)
4
144 (66)
MVE 616
27.4 (696)
71.5 (1816)
41.4 (1051)
310 (145)
748 (339)
4
187 (85)
MVE 1426
33.8 (858)
70.1 (1781)
40 (1016)
490 (222)
1181 (536)
4
295 (134)
MVE 1839
46.1 (1171)
92.3 (2345)
47.3 (1202)
750 (341)
1950 (885)
6
325 (148)
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MVE Stock Series
The MVE Stock Series freezers are designed primarily for storage of either vials or straws on canes in liquid nitrogen, but can also be used for vapor phase storage with the vapor storage accessory package. Dual lids on the MVE 1318 and two-tier turn-trays in the MVE 816P-2T-190 and the MVE 1877P-2T-150 are example features of these freezers built for durability and ergonomic sample retrieval.
Freezer Model MVE 808 MVE 816P2T-190 MVE 1318 MVE 1842P-150 MVE 1877P-2T150
Minimum Door Width in. (mm)
Minimum Ceiling Height in. (mm)
Liftover Height in. (mm)
Weight Empty lbs. (kg)
Weight Liquid Full lbs. (kg)
Qty of Casters
Direct Load per Caster (Full) lbs. (kg)
31 (787)
65.1 (1653)
39.1 (992)
250 (114)
660 (300)
3
220 (100)
32 (813)
59.5 (1512)
48.3 (1227)
475 (215)
1155 (524)
4
288.75 (131)
42 (1067)
62.8 (1595)
43.6 (1107)
469 (213)
1328 (602)
3
332 (201)
60 (1524)
73 (1853)
42.5 (1078)
1167 (530)
2798 (1270)
4
699.5 (317.5)
60 (1524)
67.5 (1716)
36.3 (923)
1600 (726)
4094 (1857)
4
1023.5 (464.25)
Figure 2: Diagram showing innovative two-tier turn-tray designed to maximize storage capacity while minimizing floor space.
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MVE Cabinet Series
The MVE Series freezers are designed primarily for liquid phase storage, but can be used for vapor phase storage with the vapor storage accessory package. The wide neck opening allows for ergonomic sample retrieval and the aesthetic square cabinet design fits snugly into tight corners.
Freezer Model
Minimum Door Width in. (mm)
Minimum Ceiling Height in. (mm)
Liftover Height in. (mm)
Weight Empty lbs. (kg)
Weight Liquid Full lbs. (kg)
Qty of Casters
Direct Load per Caster (Full) lbs. (kg)
MVE 616
28 (711)
71.5 (1816)
41.4 (1051)
352 (160)
785 (356)
4
196 (89)
MVE 1426
34.8 (883)
70.3 (1786)
40.2 (1021)
530 (240)
1198 (543)
4
300 (136)
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MVE HEco Series
The MVE HEco Series freezers will maintain a vapor storage temperature of -190°C with minimal LN2 evaporation while accommodating a wide variety of inventory systems. This freezer is designed for easier access to the plumbing stack. This also allows for lower height clearance. The HEco is available only in the automatic fill version. Model description example MVE HECO 1536P-190AF-GB
CAUTION: Pinch hazard, use caution when opening and closing the plumbing and electrical enclosures.
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CryoSystem 6000 Full Auto
The MVE CryoSystem is designed primarily for liquid phase storage. The durable, tamper-proof lid design with its wide neck opening allows for ergonomic sample retrieval. The unique design is manufactured with the TEC3000 and plumbing system.
CryoSystem 6000 Full Auto with Gas bypass and TEC3000
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5.2 Plumbing Assembly The plumbing assembly carries and regulates the flow of LN2 from the liquid supply through the annular fill line, and into the freezer. There are three plumbing assembly configurations; one for the HE/Stock Series, one for the HEco Series, and one for the MVE/Cabinet Series. Each one of these configurations are comprised of three main circuits: fill circuit, purge circuit, and optional gas bypass circuit. HE Series / CryoSystem 6000 Plumbing Assembly
Hot Gas Bypass Circuit
9 7 8 6
4
3
Purge Circuit
2 1
Fill Circuit
5
Key 1 2 3 4 5 6 7 8 9
Part Number 14224611S 1810032 11648945 1110052 13284954S 10713400 14224611S 11499812 11885449
Component Fill Solenoid Valve Pressure Relief Valve Inline Filter Fill Transfer Hose Connections Purge (3-way) Solenoid Valve Gas Bypass Temp Sensor Gas Bypass Solenoid Valve Gas Bypass Muffler Gas Bypass Muffler Deflector
Spec Details 24 VDC, R § 70 ȍ (single), 35 ȍ (dual) 50 PSI (3.45 bar) 40-micron ½ in. ODT, 45° flare, ¼ in. MPT 24 VDC, R § 140 ȍ Pt-1000 RTD 24 VDC, R § 70 ȍ -
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MVE Series Plumbing Assembly
Purge Circuit
5 1 Fill Circuit
7 4 Hot Gas Bypass Circuit
3
6 8 2
Key 1 2 3 4 5 6 7 8
Part Number 14224611S 1810032 11648945 1110052 13284954S 10713400 14224611S 11499812
Component Fill Solenoid Valve Pressure Relief Valve Inline Filter Fill Transfer Hose Connections Purge (3-way) Solenoid Valve Gas Bypass Temp Sensor Gas Bypass Solenoid Valve Gas Bypass Muffler
Spec Details 24 VDC, R § 70 ȍ (single), 35 ȍ (dual) 50 PSI (3.45 bar) 40-micron ½ in. ODT, 45° flare, ¼ in. MPT 24 VDC, R § 140 ȍ Pt-1000 RTD 24 VDC, R § 70 ȍ -
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HEco 800 Series Plumbing Assembly Bypass Circuit 8
7
6 2
Purge Circuit
4
5
3
1
Fill Circuit
Key 1 2 3 4 5 6 7 8 9
Part Number 14224611S 1810032 20669243 1110052 13284954S 10713400 14224611S 11499812 11885449
Component Fill Solenoid Valve Pressure Relief Valve Y Strainer (Filter) Fill Transfer Hose Connections Purge (3-way) Solenoid Valve Gas Bypass Temp Sensor Gas Bypass Solenoid Valve Gas Bypass Muffler Gas Bypass Muffler Deflector
Spec Details 24 VDC, R § 70 ȍ (single), 35 ȍ (dual) 50 PSI (3.45 bar) 40-micron ½ in. ODT, 45° flare, ¼ in. MPT 24 VDC, R § 140 ȍ Pt-1000 RTD 24 VDC, R § 70 ȍ -
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HEco 1500 Series Plumbing Assembly Bypass Circuit 8 7
2
3
5 6
4
1
Purge Circuit Fill Circuit
Key 1 2 3 4 5 6 7 8 9
Part Number 14224611S 1810032 20669243 1110052 13284954S 10713400 14224611S 11499812 11885449
Component Fill Solenoid Valve Pressure Relief Valve Y Strainer (Filter) Fill Transfer Hose Connections Purge (3-way) Solenoid Valve Gas Bypass Temp Sensor Gas Bypass Solenoid Valve Gas Bypass Muffler Gas Bypass Muffler Deflector
Spec Details 24 VDC, R § 70 ȍ (single), 35 ȍ (dual) 50 PSI (3.45 bar) 40-micron ½ in. ODT, 45° flare, ¼ in. MPT 24 VDC, R § 140 ȍ Pt-1000 RTD 24 VDC, R § 70 ȍ -
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HEco 1800 Series Plumbing Assembly Bypass Circuit
9 8
5 2
7
6 Purge Circuit
4 1
3
Fill Circuit
Key 1 2 3 4 5 6 7 8 9
Part Number 14224611S 1810032 20669243 1110052 13284954S 10713400 14224611S 11499812 11885449
Component Fill Solenoid Valve Pressure Relief Valve Y Strainer (Filter) Fill Transfer Hose Connections Purge (3-way) Solenoid Valve Gas Bypass Temp Sensor Gas Bypass Solenoid Valve Gas Bypass Muffler Gas Bypass Muffler Deflector
Spec Details 24 VDC, R § 70 ȍ (single), 35 ȍ (dual) 50 PSI (3.45 bar) 40-micron ½ in. ODT, 45° flare, ¼ in. MPT 24 VDC, R § 140 ȍ Pt-1000 RTD 24 VDC, R § 70 ȍ -
13289499 Rev E • 20