Product Description
Description: 1-Phase Voltage Monitor/190-240V/adj.RD/DIN rail
Product Information | Resources |
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Specifications |
Product Attribute | Attribute Value |
Input Voltage (V) | 190 - 240 Vac |
Maximum Input Power | 6 |
Input AC Line Frequency (Hz) | 50 / 60 (50 will increase all delay timers by 20%) |
Output Form | 1 Form C |
Output Load Rating (VA) | Pilot Duty: 480 VA @ 240 Vac B300; General Purpose: 10 A @ 240 Vac |
Restart Delay Range | 1 - 500 s adjustable |
Trip Delay Range | Under/Over Voltage: 4 s |
Trip Point Accuracy (%) | ±1% |
Overvoltage Trip Voltage (%) | 1.1 |
Overvoltage Reset Voltage (%) | 1.07 |
Undervoltage Trip Voltage | 0.9 |
Undervoltage Reset Voltage (%) | 0.93 |
Protection Class | IP20; NEMA 1 (finger safe) |
Termination Type | Torque: 6 in-lbs; Wire: Stranded or solid 12 - 20 AWG one per terminal |
Mounting Method | 35mm DIN rail or Surface Mount (#6 or #8 screws) |
Operating Temperature | -40° to 70°C (-40° to 158°F) |
Storage Temperature (F/C) | -40° to 80°C (-40° to 176°F) |
Humidity | 10 - 95% non-condensing per IEC 68-2-3 |
Dimensions | 3.5 H x 2.08 W x 2.35 D in. (88.9 x 52.9 x 59.7 mm) |
Series Features |
460-XXX-SP SERIES - Single-phase voltage monitor |
Series Description: The 460-100-SP is used on 95120 V ac, 50*/60 Hz single-phase motors and the 460-200-SP is used on 190240 V ac, 50*/60 Hz single-phase motors to protect them from damaging high and low voltage conditions. An adjustment knob allows the user to set a 1500 second restart delay. The variable restart delay is also a power-up delay and can be utilized to stagger-start motors on the same system. A unique microcontroller-based, voltage-sensing circuit constantly monitors the voltage to detect harmful power line conditions. When a harmful condition is detected, the MotorSavers output relay is deactivated after a specified trip delay. The output relay reactivates after power line conditions return to an acceptable level and a specified amount of time has elapsed (restart delay). The trip delay prevents nuisance tripping due to rapidly fluctuating power line conditions. |
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