The Revalco ERBC96-5A is a high-accuracy combined maximum demand ammeter designed for monitoring both instantaneous and peak (maximum demand) current values in electrical systems. Housed in a standard 96×96 mm DIN panel mount case, it is ideal for use in energy management, industrial automation, and utility metering. This device helps users identify and control peak demand loads, improving energy efficiency and avoiding demand-based penalties. The ERBC96-5A is built for reliability, offering clear analog display and compatibility with standard 5A secondary current transformers.
Combined analog ammeter with maximum demand pointer
Clear and easy-to-read front scale
Compatible with standard 5A secondary CTs
Durable and reliable for continuous use
Helps identify and manage load spikes
Ideal for factories, switchboards, and energy management systems
Maintenance-free operation
Monitors both real-time current and peak demand
Standard 96×96 mm DIN panel size
Product Specifications
Type
ammeter
function
combined ammeter + maximum demand indication
accuracy class
class 1.5 (typical)
display type
analog with dual pointer (instantaneous + max demand)
frequency
50/60 hz
housing material
flame-retardant thermoplastic
measurement input
0–5a ac via external ct (primary current based on ct ratio)
mounting type
panel mount
operating temperature
-10°c to +55°c
panel size
96 × 96 mm (din standard)
reset type
manual (for max demand pointer)
scale range
based on ct ratio (e.g., 0–100a, 0–200a, etc.)
Product Details
The Revalco ERBC96-5A is a high-accuracy combined maximum demand ammeter designed for monitoring both instantaneous and peak (maximum demand) current values in electrical systems. Housed in a standard 96×96 mm DIN panel mount case, it is ideal for use in energy management, industrial automation, and utility metering. This device helps users identify and control peak demand loads, improving energy efficiency and avoiding demand-based penalties. The ERBC96-5A is built for reliability, offering clear analog display and compatibility with standard 5A secondary current transformers.