Safer in Working: Adopting internal working mode without internal mechanical contact non sparking use and low noise higher work safety.
Wide Application: Can be used for motor， power rectifiers heating dimming contactless switch stepping motor start etc.
Has Fine Feature: The and panel are electrically insulated and also has excellent welding structure and circulation ability.
Quick to Install: Comes with a compact size and a light weight as well the rectifier module can be conveniently installed within minutes.
Copper Baseplate: Enhanced copper base plate smooth fast heat dissipation prevent overheating protection and smooth operation.
وصف
rectifier
Model: ZLKS1-170-6
Input voltage: 380V AC
Output voltage: 170V DC
Features
Compact plastic housing.
Small size.
It can be installed in the terminal box of the motor.
Reverse peak voltage of the DC-side switching switch produces a protective effect.
Maximum ambient temperature80.
Product Form table
\ Brake rated voltage
\ Nominal Voltage magenet
\ Coil voltage range
\ Coil Voltage tolerance
\ U2 (U Out)
\ AC supply voltage
\ AC Voltage supply
\ U1 (U in)
\ 99V
\ 93-118V
\ 220VAC
\ 198V
\ 182-230V
\ 220VAC
\ 170V
\ 162-198V
\ 380VAC
Technical data
\ Rectifier TypeRectifier type
\ Full / half-wave rectifier
\ Full / Half-waveRectifier
\ Full-wave rectified output voltageOutput Voltage with FullRectifier
\ Vdc = Vac/1.1
\ Half-wave rectified output voltageOutput Voltage with HalfRectifier
\ Vdc = Vac/twenty Two
\ Ambient temperatureAmbient temperature ()
\ -25- +80
\ Input voltage(40-60Hz) Uin = Input Voltage (40-60Hz)
DC-side connection switch
When the switch is connected between the rectifier and brake magnet the response delay time is short the magnetic field energy is absorbed by the rectifier. Peak voltage generated when opening and closing the switch has no effect on the rectifier.
In the DC side of the rectifier is connected switch that allows the maximum switching frequency and capacity of relevant magnet to achieve higher switching frequency the brake or rectifier+ -DC terminals in parallel with a rheostat.
