Overview
The Dixson 430K 4708 panel meter is an analog measurement instrument built by AMETEK for industrial control and monitoring applications. This meter is rated for 0-10VAC input and 0-30W full-scale measurement, making it suitable for voltage and power monitoring in switchboard and panel installations. As a tested, used unit, it provides an economical solution for maintenance, replacement, and retrofit scenarios where reliable analog metering is required.
Key Features
- Analog pointer display for direct, intuitive reading
- Dual-range configuration: 0-10VAC and 0-30W full-scale
- Robust construction typical of AMETEK Dixson meters
- Standard panel mounting format
- Verified fully functional and tested before shipment
Technical Specifications
| Manufacturer | AMETEK Dixson |
| Model Number | 430K 4708 |
| Input Range (Voltage) | 0–10VAC |
| Input Range (Power) | 0–30W |
| Display Type | Analog pointer |
| Mounting | Panel-mount (front) |
| Operating Condition | Tested, fully functional |
Typical Applications
- Industrial switchboard and control panel metering
- Voltage monitoring in AC circuits
- Power consumption measurement and verification
- Replacement for OEM Dixson installations
- Retrofit applications where panel cutout compatibility is required
Compatibility & Replacements
Compatible With
- Standard industrial control panels and switchboards
- AC voltage circuits (0–10VAC nominal)
- Power measurement loops (0–30W range)
- Legacy AMETEK Dixson panel meter installations
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator before ordering. The 430K 4708 may be a direct replacement for other AMETEK Dixson analog meters of the same physical form factor, but specific cross-reference data should be confirmed with the original equipment documentation or our technical team.
Works With
- AC voltage signal sources (standard analog inputs)
- Power measurement transducers and signal conditioners
- Industrial control system analog front-ends
- Switchboard and panel-mounted analog monitoring systems





