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Ref.  No.:  SCDD-090011 

 

 

   

TWINBIRD CORPORATION 

http://fpsc.twinbird.jp

 

(3/17) 

2.  警告及び注意  Warning and Caution 

(1)  FPSC モジュール(Free Piston Stirling Cooler Module)は DC12V 専用です。DC24V あるいは AC100~

240V 等、他の電圧では使用しないでください。故障の原因となります。 

The Free Piston Stirling Cooler Module (FPSC Module) must be used with a 12 V DC power source. 

Internal  damage  can  result  from  operating  this  FPSC  Module  directly  with  any  input  voltage  other 

than 12 V DC. 

(2)  0~40℃の環境でご使用ください。これ以外ですと、故障の原因となります。 

The FPSC Module is designed for use in ambient temperatures between 0 - 40 deg. C.   

Internal damage could result from operating the FPSC Module outside this temperature range. 

(3)  吸熱部の許容温度範囲は-50~+10℃です。冷えすぎないよう吸熱量を調節してください。また、ヒータ

ーなどで加熱しないで下さい。故障の原因となります。 

  The cold side of the FPSC Module should be maintained between -50 and +10 deg. C. Operation 

outside of this temperature range could result in internal damage to the FPSC Module. To avoid the 

possibility  of  damaging  to  internal  parts  by 

overheating the FPSC Module, do not apply heating 

elements directly to the cold side. 

(4)  放熱フィンをお取り扱いの際は事故やけがにご注意

ください。また、放熱フィンの変形、破損にご注意くだ

さい。 

Use  caution  when  handling  the  Heat  Reject  Fin 

assembly  to  prevent  damage  or  injury.  Inspect  the 

Heat Reject Fin assembly for deformity or breakage 

before use. 

(5)  FPSC モジュールから異音が発生したときは、出力設

定電圧を調整して FPSC への出力を抑えてください。

それでも異音が発生する場合は、弊社までお問い合

わせください。 

Reduce  the  output  setting  of  the  FPSC  Module  if 

unusual noises are observed coming from inside the pressure vessel. Please contact Twinbird if the 

reduced output setting does not eliminate the unusual noises. 

(6)  FPSC モジュールに強い衝撃を与えないで下さい。故障の原因となります。 

Avoid subjecting the FPSC Module to excessive shock. It could cause internal damage. 

(7)  FPSC モジュールや基板に水をかけないでください。故障の原因となります。 

Direct exposure of the FPSC Module and PCB to water could cause electrical failure. 

(8)  FPSC モジュールや基板をストーブや火気の近くに近づけないで下さい。故障の原因となります。 

Direct  exposure  of  the  FPSC  Module  and  PCB  to  fire  or  excessive  heat  could  cause  internal 

damage. 

 

SC-UB04 40W 型 FPSC モジュール  H 

SC-UB04 40W FPSC Module H 

吸熱部 
Cold Side 

駆動基板 
Drive PCB 

放熱フィン 
Heat Reject Fin 

Summary of Contents for SC-UB04

Page 1: ...Ref No SCDD 090011 TWINBIRD CORPORATION http fpsc twinbird jp 1 17 Operation Manual Model SC UB04 Name 40W FPSC H 40W FPSC Module H SC TWINBIRD CORPORATION SC Business Operation...

Page 2: ...infringement which could result in legal action against the infringing party 10 USA REEXPORT CONTROL CCL ECCN 6A002 d 2 a Cryocoolers for Optical sensors 2008 1 The following regulations shall apply t...

Page 3: ...e FPSC Module To avoid the possibility of damaging to internal parts by overheating the FPSC Module do not apply heating elements directly to the cold side 4 Use caution when handling the Heat Reject...

Page 4: ...tion 13 FPSC Please provide thermal insulation around cold side to prevent frost and dew condensation If conditions require that you need to operate the FPSC Module without thermal insulation the cold...

Page 5: ...90 x H 280 mm 2 Weight Approximately 3 kg 3 Refrigerant He Helium 4 Amount of Refrigerant 2 5 g 5 Inside Pressure of Stirling Cooler 2 6 Mpa 6 Power Source DC 12 V for Drive PCB 7 Cooling Capacity 40W...

Page 6: ...f No SCDD 090011 TWINBIRD CORPORATION http fpsc twinbird jp 6 17 Graph of Cooling Capacity Cold Side Temperature Condition Ambient Temperature 25 Cooling Capacity W 60 40 20 0 20 0 10 20 30 40 50 60 7...

Page 7: ...Ref No SCDD 090011 TWINBIRD CORPORATION http fpsc twinbird jp 7 17 Main Size mm...

Page 8: ...N OFF 3 CN8 AC 2 0 8 5 V 4 1 0 3 1 0 High Low 2 1 0 4 1 1 0 High Low 5 1 High Low 6 2 High Low 7 8 0V 9 5V DC 5 0 V 10 50 mA CN2 JST B2B PH K E JST PHR 2 1 2 CN6 JST B2B PH K S JST PHR 2 1 2 0 0 3 V 5...

Page 9: ...gh Low 6 Status Alarm Normal Alarm Signal 2 Output Output High Low 7 Status Alarm Normal 8 0V 9 5V Reference Voltage Output Output Voltage DC 5 0 V 10 Output Current Capacity 50 mA CN2 JST B2B PH K E...

Page 10: ...o the control terminal 3 FPSC FPSC DIP SW After initial start up of the FPSC the driving voltage increases in steps at a speed determined by the DIP switch settings 4 FPSC 7A Controls output voltage i...

Page 11: ...ignal is out of the allowed range Power source CN1 Connect power source to power input terminal CN1 No Item Specification 1 Rating voltage DC 12 V 2 Allowable voltage DC 10 8 13 2 V DC 12 V 10 3 Maxim...

Page 12: ...DC 5V Low GND 47k DC 5V Signal input terminal is connected to 5V DC through 47 k ohm resistor on PCB Setting of output CN7 Pin 1 CN7 Pin 2 3 FPSC Output voltage is decided by input voltage CN7 Pin 1 o...

Page 13: ...V 2 sec 0 1 V 5 sec 0 1 V 10 sec 0 1 V 15 sec 0 1 V 20 sec 0 1 V 25 sec 0 1 V 30 sec SW1 SW1 value 1000 1001 1010 1011 1100 1101 1110 1111 Ramp speed of output voltage 0 1 V 35 sec 0 1 V 40 sec 0 1 V...

Page 14: ...CN2 FPSC SW2 FPSC 54 0010 FPSC SC UB04 FPSC 65 FPSC 65 The PCB detects insufficient heat rejection for FPSC using connected warm side thermistor connected to CN2 Limitation of temperature can be set a...

Page 15: ...s power supply to the FPSC will be stopped and an emergency signal will be output from the signal output terminal CN7 5 SW2 Temperature sensor at warm side has reached the limit temperature set by SW2...

Page 16: ...on for cancellation of the alarm signal 1 output When the temperature of the sensor on the warm side goes down 5 deg C lower than the temperature set by DIP switch Alarm signal 2 1 2 Situation for ala...

Page 17: ...C E mail sc twinbird co jp Tel 0256 92 6173 Fax 0256 93 6168 959 0292 2084 2 Contact TWINBIRD CORPORATION SC Business Operation E mail sc twinbird co jp Phone 81 256 92 6173 Facsimile 81 256 93 6168 A...

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