Industry Schools FE/HE Site: Industry Site: Schools Site: FE/HE Site: Mobile
  • Suggested Queries

TDK-Lambda Z-60-14 Single Output Variable DC Bench PSU 0-60V 0-14A 840W

Order Code:  


Brand: TDK-Lambda  MPN: Z-60-14  EAN-13: 4016138840377
 Report an error


The TDK-Lambda Z60-14 840W is a Z+ High-Density, 2U format, Bench-Top and Rack-Mountable Power Supply. The Z60-14 has been designed to meet the demands of a wide variety of ATE, laboratory and OEM applications, including test and measurement, semiconductor burn-in, component test, LED/Laser test, RF amplifiers, electromagnetic and electrochemical.

This Z+ model can provide an output voltage from 0 to 60V DC and an output current between 0-14. The Z+ device is 33% smaller and 40% lighter than the previous generation (ZUP series) and similar products. The standard size is only 3.27 inches high by 2.76 inches wide, so up to 6 units can be installed in the optional 19 inch rack housing. This model has not been fitted for front panel output.

Other applications include test and measurement, component test, laser diode, heater supplies, RF amplifiers and magnets.

For details on the TDK-Lambda Z-NL100 19 inch Rack Housing (order code 55-3881). Please click HERE

For details on the TDK-Lambda Z-NL200 Dual/ Triple Rack Housing (order code 55-3882). Please click HERE

For details on a range of TDK-Lambda Z-232-9 Z-485-9 Serial Interface Cables, Please click HERE

  • PSU Technology: Switched Mode
  • No. of outputs: 1
  • Category: Bench PSU (variable output voltage)
  • Front output connections: No
  • Voltage adjust range: 0-60V
  • Current adjust range: 0-14A
  • Power: 814W
  • Ripple 5Hz to 1MHz: 6.25mV
  • Noise at 20MHz: 75mV
  • Type: Z+ Series DC PSU Switched Mode Bench
  • Manufacturer's part: TDK-Lambda Z60-14 814W Single Output

Not recommended for use as a battery charger.

Number of Outputs 1
Output Current Max. 14A
Output Current Min. 0A
Output Voltage Max. 60V
Output Voltage Min. 0V
Power Rating 840W
Supply Voltage Range 85 / 265V
Temperature Range 0 to +50°C


Be the first to submit a review