50-400 Watts Marked Profile High Operating Temperature Parallel O

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50-400 Watts Marked Profile High Operating Temperature Parallel O

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Baseplate Cooled Converters SERIES
50-400 Watts
Marked Profile High Operating Temperature Parallel Operation Adjustable Output Overvoltage Overload Protection International Safety Approvals
Input Voltage Output Voltage Output Adjustment Line Regulation Load Regulation Remote Sense Start-Up Time Ripple Noise Operating Temperature Tables Tables ±10% CPM50 100, 60-110% CPM200 CPM400 ±0.5% ±0.9% Standard models (280 100% load) pk-pk CPM50 CPM100 CPM200 CPM400 Storage Temperature Overload Protection Overvoltage Protection Efficiency Relative Humidity Isolation Operates >105% rated current, recovers automatically Operates between 115-140% rating 79-87% dependant model 20-95% non-condensing Input output Input baseplate Output baseplate Safety Approvals Vibration Impact Remote Sensing Remote On/Off Parallel Operation Switching Frequency UL1950, C-UL, EN60950, VDE0160, IEC950 10-55 periods, over mins along each axis once each along axis Standard models Standard models Current share provided except models CPM50 CPM200
Tel: (0)118 5515
Tel: (0)700 9977 1000
Output Voltage Current Ratings Watt Models
Output Power Input Voltage 88-370 36-72 88-370 36-72 88-370 88-370 36-72 88-370 36-72 88-370 Output Voltage(2) 4.85-5.35 4.85-5.35 11.4-12.6 11.4-12.6 22.8-25.2 4.85-5.35 4.85-5.35 11.4-12.6 11.4-12.6 22.8-25.2 Output Current 10.0 10.0 20.0 20.0 Regulation Line Load Ripple Noise(1) Efficiency Model Number CPM50FS05 CPM5048S05 CPM50FS12 CPM5048S12 CPM50FS24 CPM100FS05 CPM10048S05 CPM100FS12 CPM10048S12 CPM100FS24
Baseplate Cooled Converters 50-400 Watts Series
NOTES: Measured with capacitor output bandwidth (0-85°C). Fixed (TRM open) ±10% adjustable external 85-264 with CPH500 Series.
Mechanical Details Application Notes Watt Models
Connection Function Positive Input Voltage internally connected Negative Input Voltage Remote Control Ext. Adjustment Output Voltage Remote Sensing Terminal Positive Output Voltage internally connected Negative Output Voltage internally connected Remote Sensing Terminal Current Balance Terminals (CPM100) Parallel Operation
Component Based Power
NOTES: dimensions tolerance ±0.3 Dimensions brackets CPM50. Weight CPM50 CPM100
OUTPUT VOLTAGE ADJ. CPM50 EXTERNALLY MOUNTED PARTS Output Value externally Voltage mounted resistors CPM100 EXTERNALLY MOUNTED PARTS Output Value externally Voltage mounted resistors
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Remote Control remote control circuit controlled using terminals example circuit shown oppsite. Between terminals: "Low" level short circuited (0-1.2 Output: Between terminals: "High" level open circuited (2.4-5.5 Output: OFF. Output current from terminal typical when voltage terminal level. Short-circuit terminal disable remote control. parallel operation CPM100 contact technical sales
Tel: (0)820
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Output Voltage Current Ratings Watt Models
Output Power Input Voltage(4) 200-400 200-400 200-400 200-400 200-400 200-400 200-400 200-400 Output Voltage(2) 12.0 12.0 Output Current Regulation Line Load Ripple Noise(1) Efficiency(3) Model Number CPM200C3S03 CPM200C3S05 CPM200C3S07 CPM200C3S12 CPM400C3S03 CPM400C3S05 CPM400C3S07 CPM400C3S12
NOTES: Measured bandwidth. Fixed (TRM open) 60-100% adjustable external external resistor. Measured full load with input. Compatible with Series provide 85-264 input Series.
Mechanical Details Application Notes Watt Models
Connection Input Input Remote ON/OFF (Input1) Output Output Current Balance Voltage Balance Thermal Detection Signal Remote ON/OFF Output Side Adjustment Output Voltage Remote Sensing Remote Sensing Inverter Operation Monitor Auxiliary Power Supply Mounting Hole (FG)
NOTES: dimensions tolerance ±0.3 Weight CPM200 CPM400
Remote ON/OFF Remote ON/OFF circuits built-in both input side (RC1) output side (RC2 RC3). output controlled either circuit. Input Side Remote ON/OFF (RC1) ground input side Remote ON/OFF circuit then pin. Between output voltage `Low' level Between output voltage `High' level (3.5 When Remote ON/OFF function used, short between When Series (Power Factor Harmonic Corrector Module) used front unit, connect between RC1-pin PR-pin start-up timing Series control. Output Side Remote ON/OFF (RC2 RC3) Contact Technical Sales details.
Tel: (0)118 5515
Tel: (0)700 9977 1000
Cooling Heatsink Selection Watt Models
Series aluminium base plate cooled. This base plate should limited graphs below show recommended thermal resistance heatsink various ambient temperatures output powers when base plate reaches obtain thermal resistance suitable heatsink example below: ambient temperature output power watts. Graph recommended thermal resistance 1.25 °C/W.
Baseplate Cooled Converters 50-400 Watts Series
chosen heatsink recommended that silicon grease applied contact surface reduce thermal resistance. Improved reliability achieved base plate temperature unit reduced below N.B: CPM200 accessory products contact technical sales. CPM50 CPM100
Component Based Power
Optional Heatsinks
Vertical Type
External Dimensions (mm) Thermal Resistance (°C/W Model Height Width Depth Natural Cooling Forced cooling 11.3 Fig. 12.0 57.5 114.5 Below Fig. 30.0 57.5 114.5 below 10.9 Fig. 12.0 57.5 129.5 below Fig. 30.0 57.5 129.5 below
Appearance Vertical Type Horizontal Type Vertical Type Horizontal Type Vertical Type Horizontal Type Vertical Type Horizontal Type
Heatsink Part Number F-CPM50A F-CPM50B F-CPM50C F-CPM50D F-CPM100A F-CPM100B F-CPM100C F-CPM100D
Horizontal Type
Forced Cooling
F-CPM50A F-CPM50B F-CPM100A F-CPM100B
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Fig.1 (Forced Air) Thermal Resistance heatsink
Fig.2 (Forced Air) Thermal Resistance heatsink
F-CPM50C F-CPM50D
F-CPM100C F-CPM100D
Fig.3 (Forced Air) Thermal Resistance heatsink
Fig.4 (Forced Air) Thermal Resistance heatsink
Tel: (0)820
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50-400 Watts Marked Profile High Operating Temperature Parallel O

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