CE Marked - LVD
•
Low Profile
•
High Operating Temperature
•
Parallel Operation
•
Adjustable Output
•
Overvoltage & Overload Protection
•
International Safety Approvals
Input Voltage • See Tables
Output Voltage • See Tables
Output Adjustment • ±10% CPM50 & 100, 60-110% CPM200 & CPM400
Line Regulation • ±0.5% max
Load Regulation • ±0.9% max
Remote Sense • Standard on all models
Start-Up Time • 200 ms max (280 V DC in & 100% load)
Ripple & Noise • 200 mV pk-pk (0 °C to 85 °C)
Operating Temperature • -10 °C to +85 °C CPM50 & CPM100
-20 °C to +85 °C CPM200 & CPM400
Storage Temperature • -40 °C to +85 °C
Overload Protection • Operates at >105% of rated current, recovers automatically
Overvoltage Protection • Operates at between 115-140% of rating
Efficiency • 79-87% dependant on model
Relative Humidity • 20-95% non-condensing
Isolation • Input to output 3 kV AC for 1 min
Input to baseplate 2 kV AC for 1 min
Output to baseplate 500 V DC for 1 min
Safety Approvals • UL1950, C-UL, EN60950, VDE0160, IEC950
Vibration • 10-55 Hz 5 G for 3 min periods, over 60 mins along each X, Y & Z axis
Impact • 20 G for 11 ms once each along X, Y & Z axis
Remote Sensing • Standard on all models
Remote On/Off • Standard on all models
Parallel Operation • Current share pin provided on all except 50 W models
Switching Frequency • 500 kHz - CPM50 & 100
370 kHZ - CPM200 & 400
Specification
Tel: +44 (0)118 984 5515 Tel: +49 (0)700 9977 1000
UK D
Baseplate Cooled Converters
CPM SERIES 50-400 Watts
Pin Connection Function
1 DC IN + Positive Input Voltage
2 DC IN + 1 & 2 are internally connected
3 DC IN - Negative Input Voltage
4 RC Remote Control
5 TRM Ext. Adjustment of Output Voltage
6 +S + Remote Sensing Terminal
7 DC OUT + Positive Output Voltage
8 DC OUT + 7 & 8 are internally connected
9 DC OUT - Negative Output Voltage
10 DC OUT - 9 & 10 are internally connected
11 -S - Remote Sensing Terminal
12 CB Current Balance Terminals for
(CPM100) Parallel Operation
Output Input Output Output Regulation Ripple & Efficiency Model
Power Voltage Voltage(2) Current Line Load Noise(1) Number
50 W 88-370 V DC(3) 4.85-5.35 V 10.0 A 20 mV 40 mV 150 mV 82% CPM50FS05
50 W 36-72 V DC 4.85-5.35 V 10.0 A 20 mV 40 mV 150 mV 80% CPM5048S05
50 W 88-370 V DC(3) 11.4-12.6 V 4.2 A 48 mV 100 mV 200 mV 82% CPM50FS12
50 W 36-72 V DC 11.4-12.6 V 4.2 A 48 mV 100 mV 200 mV 82% CPM5048S12
50 W 88-370 V DC(3) 22.8-25.2 V 2.1 A 96 mV 150 mV 200 mV 82% CPM50FS24
100 W 88-370 V DC(3) 4.85-5.35 V 20.0 A 20 mV 40 mV 150 mV 82% CPM100FS05
100 W 36-72 V DC 4.85-5.35 V 20.0 A 20 mV 40 mV 150 mV 80% CPM10048S05
100 W 88-370 V DC(3) 11.4-12.6 V 8.5 A 48 mV 100 mV 200 mV 82% CPM100FS12
100 W 36-72 V DC 11.4-12.6 V 8.5 A 48 mV 100 mV 200 mV 82% CPM10048S12
100 W 88-370 V DC(3) 22.8-25.2 V 4.2 A 96 mV 150 mV 200 mV 82% CPM100FS24
NOTES:
1. Measured with 220 µF capacitor at the output at 20 MHz bandwidth (0-85°C).
2. Fixed (TRM pin open) ±10% adjustable by external VR.
3. 85-264 V AC with the CPH500 - See CPH Series.
NOTES:
1. All dimensions in mm tolerance ±0.3 mm.
2. Dimensions in brackets - CPM50.
3. Weight CPM50 = 120 g, CPM100 = 150 g
CPM50 EXTERNALLY MOUNTED PARTS
Output Value of externally
Voltage mounted resistors (Ω)
VR R1 R2
51 K0 0
12 1 K 820 0
24 1 K 2.4 K 0
Remote Control
The remote control circuit is controlled by using the RC and -ve
DC IN terminals - example circuit shown oppsite.
1. Between RC and -ve DC IN - terminals: “Low” level or short
circuited (0-1.2 V) - Output: ON.
2. Between RC and -ve DC IN - terminals: “High” level or open
circuited (2.4-5.5 V) - Output: OFF.
3. Output current from the RC terminal is 1 mA typical when the
voltage at the RC terminal is at low level.
Short-circuit the RC and -ve DC IN - terminal to disable remote
control.
N.B : For parallel operation of CPM100 contact technical sales
CPM100 EXTERNALLY MOUNTED PARTS
Output Value of externally
Voltage mounted resistors (Ω)
VR R1 R2
5 1 K 110 180
12 2 K 2.4 K 240
24 5 K 11 K 390
Baseplate Cooled Converters 50-400 Watts CPM Series Component Based Power www.xpplc.com
Mechanical Details & Application Notes - 50 & 100 Watt Models
Output Voltage & Current Ratings - 50 & 100 Watt Models
OUTPUT VOLTAGE ADJ.
Tel: +33 (0)820 801 401 Tel: +41 (0)56 483 34 00
FCH
Output Input Output Output Regulation Ripple & Efficiency(3) Model
Power Voltage(4) Voltage(2) Current Line Load Noise(1) Number
165 W 200-400 V DC 3.3 V 50 A 16 mV 30 mV 100 mV 79% CPM200C3S03
200 W 200-400 V DC 5.0 V 40 A 20 mV 40 mV 10 mV 83% CPM200C3S05
210 W 200-400 V DC 7.5 V 28 A 30 mV 60 mV 140 mV 86% CPM200C3S07
240 W 200-400 V DC 12.0 V 20 A 40 mV 100 mV 150 mV 87% CPM200C3S12
264 W 200-400 V DC 3.3 V 80 A 16 mV 30 mV 100 mV 79% CPM400C3S03
400 W 200-400 V DC 5.0 V 80 A 20 mV 40 mV 100 mV 83% CPM400C3S05
405 W 200-400 V DC 7.5 V 54 A 30 mV 60 mV 140 mV 86% CPM400C3S07
408 W 200-400 V DC 12.0 V 34 A 40 mV 100 mV 150 mV 87% CPM400C3S12
NOTES:
1. Measured at 20 MHz bandwidth.
2. Fixed (TRM pin open) 60-100% adjustable by exter nal VR or exter nal resistor.
3. Measured at full load with 280 V DC input.
4. Compatible with CPH Series to provide 85-264 V AC input - See CPH Series.
Connection Fun
V IN + DC Input
V IN - DC Input
RC1 Remote ON/OFF (Input1)
V OUT + DC Output
V OUT - DC Output
CB Current Balance
VB Voltage Balance
TMP Thermal Detection Signal
RC3 Remote ON/OFF
RC2 Output Side
TRM Adjustment of Output Voltage
+S + Remote Sensing
-S - Remote Sensing
IOG Inverter Operation Monitor
AUX Auxiliary Power Supply
FG Mounting Hole (FG)
Remote ON/OFF
Remote ON/OFF circuits are built-in on both the input side (RC1) and output side (RC2 & RC3).
The output can be controlled by either circuit.
Input Side Remote ON/OFF (RC1)
The ground pin of the input side Remote ON/OFF circuit is then ‘-V in’ pin.
Between RC1 and -V in the output voltage is ON at ‘Low’ level (0 - 1.0 V).
Between RC1 and -V in the output voltage is OFF at ‘High’ level (3.5 - 7.0 V).
When Remote ON/OFF function is not used, short between RC1 and -V in.
When the CPH Series (Power Factor & Harmonic Corrector Module) is used as a front end unit, connect between RC1-pin and
PR-pin on CPH for the start-up timing of the CPM Series control.
Output Side Remote ON/OFF (RC2 & RC3) - Contact Technical Sales for details.
NOTES:
1. All dimensions in mm tolerance ±0.3 mm.
2. Weight CPM200 = 150 g, CPM400 = 180 g
Mechanical Details & Application Notes - 200 & 400 Watt Models
Output Voltage & Current Ratings - 200 & 400 Watt Models
Tel: +44 (0)118 984 5515 Tel: +49 (0)700 9977 1000
UK D
Optional Heatsinks
The CPM Series are aluminium base plate cooled. This base plate should be limited to +85 °C. The graphs below show
the recommended thermal resistance of the heatsink for various ambient temperatures at output powers when the
base plate reaches 85 °C. To obtain the thermal resistance of a suitable heatsink see the example below:
For a max ambient temperature Ta of +65 °C and output power of 60 watts. See Graph 2 - the recommended thermal
resistance is 1.25 °C/W.
For any chosen heatsink it is recommended that silicon grease is applied to the contact surface to reduce thermal
resistance. Improved reliability is achieved if the base plate temperature of the CPM unit is reduced below +85 °C.
N.B: For CPM200 & 400 accessory products contact technical sales.
CPM50 (Tc = +85 °C) CPM100 (Tc = +85 °C)
Baseplate Cooled Converters 50-400 Watts CPM Series Component Based Power www.xpplc.com
Cooling & Heatsink Selection - 50 & 100 Watt Models
Forced Air Cooling
CPM External Dimensions (mm) Thermal Resistance (°C/W Appearance Heatsink
Model Height Width Depth Natural Air Cooling Forced Air cooling Part Number
12.0 57.5 114.5 11.3 See Fig. 1 Vertical Type F-CPM50A
50 W 9.3 Below Horizontal Type F-CPM50B
30.0 57.5 114.5 3.8 See Fig. 2 Vertical Type F-CPM50C
3.6 below Horizontal Type F-CPM50D
12.0 57.5 129.5 10.9 See Fig. 3 Vertical Type F-CPM100A
100 W 8.3 below Horizontal Type F-CPM100B
30.0 57.5 129.5 3.6 See Fig. 4 Vertical Type F-CPM100C
3.2 below Horizontal Type F-CPM100D
Vertical Type
Horizontal Type
Fig.1 (Forced Air)
Thermal Resistance of heatsink for 50 W Fig.2 (Forced Air)
Thermal Resistance of heatsink for 100 W
Fig.3 (Forced Air)
Thermal Resistance of heatsink for 50 W Fig.4 (Forced Air)
Thermal Resistance of heatsink for 100 W
F-CPM50A
F-CPM50B
F-CPM50C
F-CPM50D
F-CPM100A
F-CPM100B
F-CPM100C
F-CPM100D
Tel: +33 (0)820 801 401 Tel: +41 (0)56 483 34 00
FCH Rev 1.0
