The Revalco ERI-96 Analog Panel Voltmeter is a precision-engineered instrument for measuring AC or DC voltage in industrial, commercial, and utility electrical panels. Featuring a classic analog needle display and a 96x96mm DIN-standard enclosure, it provides real-time voltage monitoring with high reliability and long-term performance. Compatible with a wide range of voltage inputs and built to IEC standards, the ERI-96 is ideal for control panels, distribution boards, generators, and switchgear applications where clear, instantaneous voltage indication is required.
Analog voltmeter with clear needle pointer display
Compatible with industrial and utility panels
DIN-standard 96x96mm front panel size
Easy-to-read linear scale with mirror band (optional)
Flush mounting with rear terminal connections
High reliability with moving coil mechanism
Long operating life with stable performance
Rugged and maintenance-free design
Suitable for both AC and DC voltage measurements (model-specific)
Wide input voltage range with scalable options
Product Specifications
Type
panel voltmeter
display type
analog moving coil scale
ac
0–150v / 0–300v / 0–500v (others on request)
dc
0–100v / 0–200v / 0–600v (model dependent)
accuracy class
class 1.5
body material
flame-retardant thermoplastic
frequency (ac models)
50/60 hz
front cover
glass or anti-reflective acrylic
mounting
flush panel mount (din 43700)
operating temperature
-10°c to +55°c
protection rating
ip52 (front), ip20 (rear)
scale type
linear
Product Details
The Revalco ERI-96 Analog Panel Voltmeter is a precision-engineered instrument for measuring AC or DC voltage in industrial, commercial, and utility electrical panels. Featuring a classic analog needle display and a 96x96mm DIN-standard enclosure, it provides real-time voltage monitoring with high reliability and long-term performance. Compatible with a wide range of voltage inputs and built to IEC standards, the ERI-96 is ideal for control panels, distribution boards, generators, and switchgear applications where clear, instantaneous voltage indication is required.