1627A

The 1627A from B&K Precision is a single output benchtop DC power supply with 0V to 30V output voltage and 0A to 3A output current. It is a rugged, compact, low cost DC regulated power supply providing clean and stable DC power. The power supply continuously monitors voltage and current output on two analogue meters. This compact unit is provided with 3-digit LEDs for monitoring the output voltage and current simultaneously. In terms of operability, this unit enables high precision, continuous variability via coarse and fine adjust knobs. It has recovery time of <lt/>500ms (CV), adjustable current range of 0 to 100% (CC), ripple & noise of <lt/>1mVrms (CV), current ripple of <lt/>3mA (CC) and temperature coefficient of <lt/>300ppm/˚C (CV). The 1627A provides clean and stable DC output which is most suitable for many areas including laboratory, industrial, field service, hobby and telecommunication applications.

• Separate voltage and current meters (output voltage and current can be monitored simultaneously)
• Constant voltage or constant current operation
• Line regulation (120VAC +10%, -6%) of <lt/>0.02% + 3mV (CV), <lt/>0.02% + 3mA (CC)
• Load (no load to full load) regulation of <lt/>0.02% + 3mV (CV), <lt/>0.02% + 3mA (CC)
• Connect 2 supplies in parallel to double current output and in series to double voltage output
• 0 to 30V voltmeter range (±2% + 2digits accuracy), 0 to 9.99A ammeter range (±2% +2digits accuracy)
• New compact style, fully overload protected, reliable and durable, 220W power consumption
• Overload protection, current limiting, reverse polarity, overvoltage, short circuit protection
• Coarse and fine voltage control, great regulation, very low ripple, 120VAC ±10%, 60Hz AC input
• 205mm x 115mm x 270mm dimension (H x W x D), 7.4Kg weight, 0˚C to 40˚C operating temperature

Applications

Test & Measurement, Industrial, Hobby & Education

Contents

1627A DC power supply, User manual, Power cord.

Notes

Unit is cooled by natural convection, do not place objects on top to block the convection. Also avoid placing unit on or near any heat emitting devices or use multiple units in stacked configuration.