ATH-1231 DC Power Supply 30V / 1A, 1 channel

Power supply designed for the use in debugging process, repair or in laboratory research. 3 digit LCD. Short circuit protection. Stabilization mode (current, voltage). 1 channel. Output voltage: 0...30 V. Output current: 0…1 A. Inaccuracy of output voltage setting: 0.2% + 2 digits. Inaccuracy of output current setting: 1% + 2 digits. Dimensions: 4.3 x 6.1 x 9.5 in / 108 x 154 x 240 mm. Weight: 4,4 lb / 2 kg

AKTAKOM ATH-1231 is a high-precision DC regulated power supply which is widely used in debugging process, repair and laboratory research. Besides other applications it’s a perfect power supply for science investigation, college, factory, electronic appliance maintenance and etc.

ATH-1231 outputs smoothly adjustable stabilized DC voltage and stabilized current. Constant voltage and constant current are switchable automatically and the current limit protection point can be set arbitrarily. In the constant current state, output current is continuously adjustable.

The unit structure is rather compact, this allows ATH-1231 to occupy a minimal space and organize a high performance work area. Other features of this power supply include high performance, short circuit protection availability, modern design etc.

ATH-1231 has a digital indication, all information is displayed on 2 3-digit LED displays.

Features:

3 digit LCD
Short circuit protection
Stabilization mode (current, voltage)

Specifications:

Number of channels: 1
Output voltage: 0...30 V
Output current: 0...1 A
Inaccuracy of output voltage setting: 0.2% + 2 digits
Inaccuracy of output current setting: 1% + 2 digits
Voltage ripple and noise, RMS (typical): 1mV
Power supply: 110V/220V
Dimensions: 4.3 x 6.1 x 9.5 in / 108 x 154 x 240 mm
Weight: 4,4 lb / 2 kg

Standard accessories:

Power cord
User manual

Frequently Asked Questions

May I use AKTAKOM power supplies to charge accumulators?

May I use AKTAKOM power supplies to charge accumulators?
AKTAKOM power supplies can’t be used for accumulator charging since it may cause the accumulator breakage (recharge, electrolyte boiling, extra pressure of the internal gas which will lead to the accumulator explosion). Accumulators should be charged with the current source which controls the accumulator voltage and regulates the charging current accordingly. When the required accumulator voltage is achieved such type of source simply stops the charging process, its name is a charging device. Up

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