Product Description
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Product Information | Resources |
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Specifications |
Product Attribute | Attribute Value |
Nominal AC voltage Input | 85 277 VAC, 47 - 440 Hz |
Nominal DC voltage Input | 120 430 VDC |
Battery (user replaceable) | 2X 18650 2500mAh 3.6V Li-Ion |
Low Battery Threshold | 6.4V |
Output Voltage | 380VDC minimum |
Stored Energy | 40.4J at 380 V |
Fuse - Primary Voltage (VIN) | 4A 600VAC, 5x20mm, internal, replaceable |
Fuse - Battery | 1.5A 63VDC, internal, factory replaceable |
Operating Temperature | -20° to +131° F |
Humidity Tolerance | 0 - 97% w/o condensation |
Case Material | 20 gauge CRS |
Mounting | Surface |
Agency Approvals | UL Recognized (U.S. and Canada) |
Series Features |
MODEL 410D Auto-Charged Capacitor Trip Device |
Series Description: The model 410D Auto-Charged Capacitor Trip Device is a micro-controller based high speed capacitor type circuit breaker tripping unit. It differs from standard CTD's in that has a separate charging circuit and is isolated from the mains. In addition, the 410D can maintain a full charge for 48 hours. This device is primarily for use with circuit breakers which require some form of AC power for their closing operation; i.e. circuit breakers having either a stored energy closing mechanism with an AC-operated release coil, or an AC solenoid-operated closing mechanism. There are no field adjustments required. Pushing the red button marked DISPLAY will cycle between capacitor voltage, capacitor energy, or battery voltage on the 3-digit 7-segment LED display. LEDs below that will indicate JOULES or VOLTAGE for the capacitor status, or BATTERY VOLTAGE. The 410D will remain on the preferred parameter to be displayed. Additional individual status LEDs will indicate loss of AC power, low battery, and battery status. An internal battery management and charging circuit maintains full charge on the batteries. When primary power is lost, the charge on the capacitor is maintained by internal Li-Ion batteries. The LOSS OF AC LED blinks and the 3-digit display will turn off to conserve battery life. Pushing the DISPLAY button will allow a 10 second viewing of the parameters. When the battery voltage drops below 6.4V, the charging circuit shuts off and the LOW BATTERY LED blinks. BATTERY STATUS LED is described in next section (see LED Indicators) |
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