Programmable 4-digit P Series DC bench power supply with 0–15V adjustable output, 0–20A high current, and 300W power in a compact 280 × 130 × 165mm desktop design. Designed with hardware list sequence output, 6 groups of quick parameter storage, rear communication for setting and programming, and five-level protection, it is ideal for circuit board testing, mobile phone servicing, high-current electronics testing, and automated bench systems.

Input Power

110V input or 100V/220V manual switching

Output Voltage

0-15V

Output Current

0-20A

Set Resolution Voltage

<100V : 10mV ; ≥100V : 0.1V

Set Resolution Current

<10A : 1mA ; ≥10A : 10mA

Set Precision Voltage

≤ 0.1% + 5digits

Set Precision Current

≤ 0.2% +10digits

Ripple Voltage

≤ 10mVrms

Ripple Current

≤ 10mArms

Size / Weight

280(D)x130(W)x165(H)mm/≤2.8kg

GET A QUOTE

Add to Quote List View Quote List

Description

30-Second Fit Check

Output range fits your system: 0–15V, 0–20A (up to 300W).
Key differentiator: low-voltage/high-current programmable supply with separate V/I/P display and hardware list output.
Workflow: Separate voltage/current/power display and hardware list output for repeatable profiles..
Need repeatable automated steps? Hardware list/sequence output is specified on this model.
Integration: PC control via optional RS485/RS232/USB (options vary).
Input power: 110V input or 100V/220V manual switching (per configuration).

What it is + Why it matters

A programmable switching DC bench supply designed for repeatable test procedures and faster station setup.
List/sequence capabilities help you run the same steps every time—useful for validation, burn-in, and automated checks.
Preset memories reduce operator variation and speed up changeovers.

Key Specs

Output: 0–15V, 0–20A
Max power: 300W
Programmability: list/sequence output
Power readout: supported

Integration & Controls

PC control via optional RS485/RS232/USB (options vary).
Front-panel output control is specified (ON/OFF or enable key, model dependent).
If you need automation: specify interface, command/control environment, and whether list steps are required.

Best for / Not for

Best for: Low-voltage high-current R&D benches needing repeatable profiles
Best for: Production lines powering demanding DUTs with controlled ramps
Best for: Industrial test setups requiring explicit protection features
Not for: DUTs needing above 15V output
Not for: High-voltage module validation (choose 60V/100V/150V)

Typical Applications

Low-voltage high-current R&D
Production test lines
Repair benches with automated profiles
Industrial test setups

Selection Checklist

Confirm your DUT stays within 0–15V, 0–20A and 300W at worst case.
Decide whether you need remote comms (Y/N) and which interface (RS485/RS232/USB).
Define your workflow: manual presets vs. programmable list/sequence.
Plan wiring/fixture: appropriate lead gauge and short runs to reduce drop and improve stability.
If you have inrush or sensitive DUTs, set current limit first, then enable output.

Reliability & Protections

OVP, OCP, OPP, OTP, and short-circuit protection are specified.

RFQ Quick Checklist: quantity • target delivery • DUT voltage/current range • need list/sequence (Y/N) • comms (RS485/RS232/USB) (Y/N) • install/fixture constraints.
Note: Final compliance and performance depend on your end-product design, wiring, and verification testing.