Power Supply Rectifiers and Controls

Rectifiers and Controls available for various applications.

Design F Brake Rectifier with fast engagement & fast dropout capabilities

Model Number: 45B/E6016-F3220V2
L x W x H = 114 x 45 x 108 mm

This DC voltage supply provides for an amazingly fast engaging and disengaging time for the connected DC brake. For disengagement, the control provides, for an adjustable period, a high voltage output, then the voltage is reduced to a continuous holding voltage. When switching off, the control has a built-in relay which drops the output voltage extremely fast allowing the DC brake to be applied very quickly. To achieve these fast engaging and disengaging times it is only necessary to switch the AC input, since the built-in relay provides for the DC switching.

Input voltage: (Vn) up to 600 VAC
Output voltage: Half wave Vn x 0.45 VDC  •  Full wave Vn x 0.9 VDC
Output current: 1.6 amps
Overexcitation period is adjustable from 100 msec to 2 full seconds.

Design C Basic Half Wave Brake Rectifier

Model Number: 45E5006-C1V
L x W x H = 58 x 23 x 20 mm

Input voltage: (Vn) up to 500 VAC
Output voltage: Half wave Vn x 0.45 VDC
Output current: 1.6 amps

Design AUL5 Basic Full Wave Brake Rectifier

Model Number: 45B5012-AUL51V
L x W x H = 73,50 x 47 x 19 mm

Input voltage: (Vn) up to 500 VAC
Output voltage: Half wave Vn x 0.45 VDC. •  Full wave Vn x 0.9 VDC
Output current: 1.2 amps

Design AUL5 Brake Rectifier with over excitation capabilities

Model Number: 45B/E5012-AUL5303V2
L x W x H = 73.50 x 47 x 19 mm

This rectifier provides over excitation from a 460 VAC input to a 205 VDC output for 30 msec after switch. This provides a fast disengagement time.

Input voltage: (Vn) up to 500 VAC
Output voltage: Half wave Vn x 0.45 VDC Continuous  •  Full wave Vn x 0.9 VDC over excitation voltage
Output current: 1.2 amps

For all 4 Design Models

Terminal: Screw type 10 mm spacing  •  Mounting: Screws, adhesive or DIN rail

For fast engagement switch AC and DC side simultaneously.
Caution, remove jumper when using the optional contact for switching.