Beli under over voltage relay di monotaro.id

Under-Over Protection Relay 3-Phase/380VAC

All auxiliaries are common to both single and multi-pole circuit breakers. These auxiliaries are fitted to the left hand side of devices Fault indication, auxiliaries, shunt trips, and under-voltage releases are fitted with a flag indicator that indicates the automatic/remote ripping of the device. Test mode for CZ001, MZ201, MZ202 : possible to test cabling of auxiliary circuits operation by tripping-over contacts manually. Resetting of contact occurs simultaneously with MCB/RCCB resetting. CZ001 must be fitted on the RCCB before fitting maximum one additional auxiliary (MZ203 to MZ206). Up to 4 auxiliaries can be fitted on MCB.

Analog Voltage Protection Relay- Output contact : 1 C/O (SPDT) rating : NO/5A, NC/3A, 250VAC- Trip setting : - Under voltage trip : -2.5% to -25% of 415VAC - Over voltage trip : -2.5% to -25% of 415VAC- Trip time setting : - Power On Delay : 400 msec - Trip time delay : 0.2 to 10sec- Accuracy : Trip setting ±5% of F.S, Time setting ±5%of F.S

The E16Du-0.32 Is An Self-Supplied Electronic Overload Relay, Which Means No Extra External Supply Is Needed. It Offers Reliable And Fast Protection For Motors In The Event Of Overload Or Phase Failure. Easy To Use Like A Thermal Overload Relay And Compatible With Standard Motor Applications, The Electronic Overload Relay Is Convincing, Above All, Due To Its Wide Setting Range, High Accuracy, High Operational Temperature Range And The Possibility To Select A Trip Class (10E, 20E, 30E). Further Features Are The Temperature Compensation, Trip Contact (Nc), Signal Contact (No), Automatic- Or Manual Reset Selectable, Trip-Free Mechanism, Stop- And Test Function And A Trip Indication. The Overload Relays Are Connected Directly To The Contactors. Single Mounting Kits Are Available As Accessory.

Relay & Socket. Universal Relay & Socket.

This relay is a voltage protection relay.After detecting the voltage signal,the relay processes the input signal,judges if there is an overvoltage,undervoltage,phase failure,phase sequence,three-phase unbalance,PTC temperature and load error and controls the opration accurately and stably by means of the built-in microprocessor.

5V section V-belts have a wedge design and a nominal top width of 5/8" and a nominal thickness of 17/32" (actual dimensions may vary slightly). Wedge V-belts, identified with a "V," have a smaller top width and a deeper profile than classical V-belts. This design transfers higher power than classical V-belts of the same size.