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Fabricant: Danotherm

CBS / CMQ / CVS / HVBS / HVS

Rated Power at 40°C
Housing Length Single Housing without Thermal Switch, Wired Option Single Housing with Thermal Switch Resistance Range R [Ω] min-max
CBS* CBS CMQ CVS CBS CMQ CVS CBS CMQ CVS
210 450 580 800 - 445 555 - 0,05-20 0,07-35 -
260 610 850 1100 - 610 855 - 0,07-35 0,07-50 -
330 840 1135 1500 - 840 1090 - 0,09-50 0,07-80 -
400 1060 1375 1900 1995 1055 1320 1390 0,11-65 0,10-110 0,10-12
460 1260 1585 2200 2310 1215 1520 1600 0,14-85 0,12-130 0,12-14
560 - 1925 2700 2830 1480 1850 1940 0,18-110 0,15-160 0,15-20
660 - 2270 3100 3250 1745 2180 2290 0,22-130 ο, 19-200 0,19-24
760 - 2770 3500 3670 2130 2660 2790 0,27-150 0,23-240 0,23-28
860 - 3190 3850 4040 2450 3060 3210 0,31 180 0,27-280 0,27-32
960 - 3565 4150 4350 2740 3420 3590 0,35-220 0,30-320 0,30-36
Housing Length Double Housing Triple Housing Quadruple Housing
Without Thermal Switch, Wired Version
CBS* CBS CMQ CVS CBS CMQ CVS CBS CMQ CVS
400 2340 2970 3070 2850 4350 4560 3800 5500 5830
460 2700 3370 3540 3400 5000 5250 4600 6500 6820
560 3270 4090 4290 4750 6050 6350 6300 8000 8400
660 3860 4820 5050 5400 7100 7450 7200 9100 9550
760 4700 5870 6160 6700 8500 8900 9000 11000 11500
860 5400 6750 7080 7660 100000 10500 10200 13000 13650
960 6060 7570 7950 8500 11200 11750 11300 14000 14700
Housing Length Double Housing Triple Housing Quadruple Housing
With Thermal Switch and/or Casing
CBS* CBS CMQ CVS CBS CMQ CVS CBS CMQ CVS
400 1790 1630 1710 2180 2390 2530 2910 3020 4430
460 2060 1980 1960 2600 2940 3000 3520 3820 5180
560 2510 2310 2450 3650 3420 4060 4840 4530 6380
660 2960 2680 3230 4150 3940 4470 5530 5050 7250
760 3610 3350 3690 5150 4850 5590 6920 6280 8740
860 4140 3790 4450 5880 5620 6580 7830 7310 10370
960 4650 4340 4960 6530 6420 7310 8680 8030 11170


Type Pn [W] at 40°C Resistance Range R [Ω] min-max Double Housing Triple Housing Quadruple Housing
HVBS 300 850 0,05 - 30 1500
HVBS 370 1050 0,07 - 50 1800
HVBS 440 1250 0,09 - 70 2100 2900 3500
HVBS 520 1365 0,10-90 2500 3700 5000
HVBS 620 1950 0,13 - 110 3200 4800 6400
HVBS 720 2500 0,15 - 140 3600 5400 7200
HVBS 820 2900 0,19- 170 4800 7100 9600
HVBS 920 3200 0,22 - 200 5300 7900 10600


Temperature Coefficient 100 ppm/K
Dielectric Strength HVBS 7000 VAC at 1 minute
HVS 10000 VAC at 1 minute
Other Type 3500 VAC at 1 minute
Insulation Resistance > 20MΩ / housing
Overload at One-second Pulse per Hour 70 - 250 x (depending on resistor)
Overload at Five-second Pulse per Hour 4 - 25 x (depending on resistor)
Environment - 40 °C / +70 °C
Value Loss Wirewound Version Linear: 40°C = Pn to 70°C = 0.85 * Pn
Value Loss TW 200°C Version Linear: 40°C = Pn to 70°C = 0.65 * Pn
Value Loss Vertical Mounting No loss
Value Loss Horizontal Mounting 0.8 * Pn
Value Loss at High Altitudes 1000m No loss
1500m 0.94 * Pn
3000m 0.82 * Pn
Mounting Instructions It is recommended to maintain a distance of 200mm from the nearest element to prevent heating of adjacent elements,
If two or more braking resistors are mounted next to each other, a distance of 400mm between them should be maintained. If closer, the rated power should be reduced,
Cooling Rated power of resistors refers to passive, air cooling conditions,
Vibrations According to EN 60068-2-6Frequency range 1-100HzAcceleration/amplitude
1 - 13 Hz ± 1mm
13 - 100 Hz at ± 0.7G
Corrosion Resistance According to IEC 60721-3-3/3K3 (C2 medium)200 hours cyclic salt mist IEC 60068-2-52
Connection Recommendations To minimize EMC interference, the use of screens, especially with any PWM, is recommended,
Resistance Tolerance 10% (optionally 5%)
Operating Voltage Can Type Version UL: 600VAC / 850VDC ; IEC: 690VAC / 975VDC
Wirewound Version UL: 600VAC / 850VDC ; IEC: 690VAC / 975VDC
Wirewound HVBS Version IEC: 3000VAC / 4200VDC
Wirewound and Can HVBS Version IEC: 3000VAC / 4200VDC
Resistor Heating Time Constant 1000-3000s
Thermal Shutdown (optional) Thermal Shutdown 130 / 160 / 180 / 200 °C, 2A, 250 VAC NC
Minimum Voltage 2V
Minimum Current 10mA
Rated Current/Voltage 2.5A @ 250VAC cos ʕ=1
Dielectric Voltage 2000VAC (3500VAC between TS and R)
Cable Temperature Requirements IP 21 80°C
IP 65 90°C


Design and Key Features

  • Compact dimensions
  • Nominal power range of 455W – 4070W
  • Energy levels from 80kJ – 2.5kJ (5s pulse), depending on resistance values
  • Aluminum housing for high IP rating
  • IP50-IP65
  • Internal wire windings on ceramics for lower resistance
  • Nickel-chromium alloy 8020 for low thermal drift
  • Mica insulation for high dielectric strength
  • Al2O3 or SiO2 filling for high thermal capacity/high overload capability
  • Low surface temperature
  • Low noise level
  • High vibration resistance
  • Thermally expandable mounting feet (CAR type)
  • Optional thermal switch or PT100 element for thermal protection
  • 300mm lead with sleeve or can-type connection up to 10 mm2
  • Multi-element housings (2 to 4 elements)
  • Customizable for customer needs and applications (available OEM versions)
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Rated Power at 40°C
Housing Length Single Housing without Thermal Switch, Wired Option Single Housing with Thermal Switch Resistance Range R [Ω] min-max
CBS* CBS CMQ CVS CBS CMQ CVS CBS CMQ CVS
210 450 580 800 - 445 555 - 0,05-20 0,07-35 -
260 610 850 1100 - 610 855 - 0,07-35 0,07-50 -
330 840 1135 1500 - 840 1090 - 0,09-50 0,07-80 -
400 1060 1375 1900 1995 1055 1320 1390 0,11-65 0,10-110 0,10-12
460 1260 1585 2200 2310 1215 1520 1600 0,14-85 0,12-130 0,12-14
560 - 1925 2700 2830 1480 1850 1940 0,18-110 0,15-160 0,15-20
660 - 2270 3100 3250 1745 2180 2290 0,22-130 ο, 19-200 0,19-24
760 - 2770 3500 3670 2130 2660 2790 0,27-150 0,23-240 0,23-28
860 - 3190 3850 4040 2450 3060 3210 0,31 180 0,27-280 0,27-32
960 - 3565 4150 4350 2740 3420 3590 0,35-220 0,30-320 0,30-36
Housing Length Double Housing Triple Housing Quadruple Housing
Without Thermal Switch, Wired Version
CBS* CBS CMQ CVS CBS CMQ CVS CBS CMQ CVS
400 2340 2970 3070 2850 4350 4560 3800 5500 5830
460 2700 3370 3540 3400 5000 5250 4600 6500 6820
560 3270 4090 4290 4750 6050 6350 6300 8000 8400
660 3860 4820 5050 5400 7100 7450 7200 9100 9550
760 4700 5870 6160 6700 8500 8900 9000 11000 11500
860 5400 6750 7080 7660 100000 10500 10200 13000 13650
960 6060 7570 7950 8500 11200 11750 11300 14000 14700
Housing Length Double Housing Triple Housing Quadruple Housing
With Thermal Switch and/or Casing
CBS* CBS CMQ CVS CBS CMQ CVS CBS CMQ CVS
400 1790 1630 1710 2180 2390 2530 2910 3020 4430
460 2060 1980 1960 2600 2940 3000 3520 3820 5180
560 2510 2310 2450 3650 3420 4060 4840 4530 6380
660 2960 2680 3230 4150 3940 4470 5530 5050 7250
760 3610 3350 3690 5150 4850 5590 6920 6280 8740
860 4140 3790 4450 5880 5620 6580 7830 7310 10370
960 4650 4340 4960 6530 6420 7310 8680 8030 11170


Type Pn [W] at 40°C Resistance Range R [Ω] min-max Double Housing Triple Housing Quadruple Housing
HVBS 300 850 0,05 - 30 1500
HVBS 370 1050 0,07 - 50 1800
HVBS 440 1250 0,09 - 70 2100 2900 3500
HVBS 520 1365 0,10-90 2500 3700 5000
HVBS 620 1950 0,13 - 110 3200 4800 6400
HVBS 720 2500 0,15 - 140 3600 5400 7200
HVBS 820 2900 0,19- 170 4800 7100 9600
HVBS 920 3200 0,22 - 200 5300 7900 10600


Temperature Coefficient 100 ppm/K
Dielectric Strength HVBS 7000 VAC at 1 minute
HVS 10000 VAC at 1 minute
Other Type 3500 VAC at 1 minute
Insulation Resistance > 20MΩ / housing
Overload at One-second Pulse per Hour 70 - 250 x (depending on resistor)
Overload at Five-second Pulse per Hour 4 - 25 x (depending on resistor)
Environment - 40 °C / +70 °C
Value Loss Wirewound Version Linear: 40°C = Pn to 70°C = 0.85 * Pn
Value Loss TW 200°C Version Linear: 40°C = Pn to 70°C = 0.65 * Pn
Value Loss Vertical Mounting No loss
Value Loss Horizontal Mounting 0.8 * Pn
Value Loss at High Altitudes 1000m No loss
1500m 0.94 * Pn
3000m 0.82 * Pn
Mounting Instructions It is recommended to maintain a distance of 200mm from the nearest element to prevent heating of adjacent elements,
If two or more braking resistors are mounted next to each other, a distance of 400mm between them should be maintained. If closer, the rated power should be reduced,
Cooling Rated power of resistors refers to passive, air cooling conditions,
Vibrations According to EN 60068-2-6Frequency range 1-100HzAcceleration/amplitude
1 - 13 Hz ± 1mm
13 - 100 Hz at ± 0.7G
Corrosion Resistance According to IEC 60721-3-3/3K3 (C2 medium)200 hours cyclic salt mist IEC 60068-2-52
Connection Recommendations To minimize EMC interference, the use of screens, especially with any PWM, is recommended,
Resistance Tolerance 10% (optionally 5%)
Operating Voltage Can Type Version UL: 600VAC / 850VDC ; IEC: 690VAC / 975VDC
Wirewound Version UL: 600VAC / 850VDC ; IEC: 690VAC / 975VDC
Wirewound HVBS Version IEC: 3000VAC / 4200VDC
Wirewound and Can HVBS Version IEC: 3000VAC / 4200VDC
Resistor Heating Time Constant 1000-3000s
Thermal Shutdown (optional) Thermal Shutdown 130 / 160 / 180 / 200 °C, 2A, 250 VAC NC
Minimum Voltage 2V
Minimum Current 10mA
Rated Current/Voltage 2.5A @ 250VAC cos ʕ=1
Dielectric Voltage 2000VAC (3500VAC between TS and R)
Cable Temperature Requirements IP 21 80°C
IP 65 90°C


Design and Key Features

  • Compact dimensions
  • Nominal power range of 455W – 4070W
  • Energy levels from 80kJ – 2.5kJ (5s pulse), depending on resistance values
  • Aluminum housing for high IP rating
  • IP50-IP65
  • Internal wire windings on ceramics for lower resistance
  • Nickel-chromium alloy 8020 for low thermal drift
  • Mica insulation for high dielectric strength
  • Al2O3 or SiO2 filling for high thermal capacity/high overload capability
  • Low surface temperature
  • Low noise level
  • High vibration resistance
  • Thermally expandable mounting feet (CAR type)
  • Optional thermal switch or PT100 element for thermal protection
  • 300mm lead with sleeve or can-type connection up to 10 mm2
  • Multi-element housings (2 to 4 elements)
  • Customizable for customer needs and applications (available OEM versions)
Moins
Lire la suite
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