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Raychem ROV Metal Oxide Varistors

The ROV device's high current-handling and energy absorption capability, fast response, and low cost can make it suitable for use in line voltage applications. Pairing the device with a PolySwitch LVR overcurrent protection device can help provide a completely resettable circuit protection solution for power supplies, surge strips, and control board transformers.
 
Product SeriesRoHS Compliant
ROV05
ROV07
ROV10
ROV14
ROV20
Diameter of Disc: 05mm 07mm 10mm 14mm 20mm
Surge Series : Standard | High Standard | High Standard | High Standard | High | Extra High Standard | High | Extra High
Max Surge Current (8x20 µs) Standard: 100 | 400 250 | 1200 500 | 2500 1000 | 4500 2000 | 6500
Max Surge Current (8x20 µs) High: 250 | 800 500 | 1750 1000 | 3500 2000 |6000 3000 | 10000
Max Surge Current (8x20 µs) Extra High:       6500 12500
Varistor voltage tolerance : 10% | 15% | 20% 10% | 15% | 20% 10% | 15% | 20% 10% | 15% | 20% 10% | 15% | 20%
Varistor voltage V@1mA: 18-750 V@0.1mA 18-820 18-1800 18-1800

22-1800
Max Voltage AC (Vrms) 11-460 11-510 11-1000 11-1000

14-1000
Max Voltage DC (V) 14-615 14-670 14-1465 14-1465

18-1465

RoHS Compliant All ROV Metal Oxide Varistors are RoHS Compliant

Application Notes

Additional Product Info

Part Numbering System for Raychem ROV Metal Oxide Varistors

Agency Recognition for Raychem ROV Metal Oxide Varistors*
Standard Title File Number
UL1414** Across-the-Line Components   E223034
UL1449 Surge Protective Devices   E332226
CSA Accessories and Parts for Electronic Equipment   220978
VDE Varistors for Use in Electronics Equipment   40006997

*Note: Each part will meet different certifications. To determine which certifications a part meet please refer to the Standard Series Specifications in the ROV Devices Datasheet (pdf)

 
Marking and Packaging Specifications for Raychem ROV Metal Oxide Varistors




  • Operation beyond the maximum ratings or improper use may result in device damage and possible electrical arcing and flame.
  • The devices are intended for protection against damage caused by overvoltage fault conditions and should not be used when repeated fault conditions or prolonged trip events are anticipated.
  • Device performance can be impacted negatively if devices are handled in a manner inconsistent with recommended electronic, thermal, and mechanical procedures for electronic components.