Overview
The API 36-4142-0100 is an analog panel meter manufactured by API Instruments, a trusted supplier of industrial measurement instruments. This milliampere meter delivers precise DC current measurement across a 20–20 mA range, making it suitable for applications requiring stable, analog current indication without digital complexity.
Key Features
- Analog moving-coil meter mechanism for reliable, drift-free readings
- Direct 20–20 mA measurement range ideal for standard industrial control loops
- Panel-mount configuration fits standard control cabinet cut-outs
- Durable construction suitable for harsh industrial environments
- No external power supply required for basic indication
Technical Specifications
The API 36-4142-0100 offers the following technical parameters:
- Measurement Range: 20–20 mA DC
- Display Type: Analog (moving-coil needle)
- Mounting Style: Panel-mount
- Manufacturer: API Instruments Co.
- Part Number: 36-4142-0100
Typical Applications
- Process control current monitoring and diagnostics
- Industrial instrumentation and electrical system measurement
- Current loop indication in PLC/control system integration
- Equipment startup and commissioning verification
- Troubleshooting and maintenance of analog control circuits
Compatibility & Replacements
Compatible With
- Standard 4–20 mA and 0–20 mA current loop systems
- Industrial process controllers and data acquisition systems
- Analog sensor inputs requiring visual current indication
- Switchgear and motor control centers requiring current monitoring
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator before ordering. Similar replacement models may include other API panel meter series with matching 20 mA ranges; consult documentation to confirm electrical compatibility before installation.
Works With
- Analog current loop transmitters (4–20 mA sensors)
- Industrial PLCs and programmable logic controllers
- Distributed control systems (DCS) with analog I/O
- Standard panel-mount cut-outs (verify dimensions before ordering)
