The A9C30212 is a premium Impulse Relay (also known as a latching relay) within the renowned Acti9 iTL range by Schneider Electric. It is designed for the remote control of single-phase circuits via pulse signals, primarily used in commercial and industrial lighting management.
Modular Scalability
Energy Saving & Safety
Efficient Multi-point Control
Schneider Electric Acti9 iTL impulse relays provide efficient modular control for multi-point lighting, utilizing short electrical pulses for remote switching and mechanical latching. These devices ensure zero power consumption when maintaining states, offering high reliability and flexible manual override capabilities for industrial and commercial applications.The impulse relays are used to control, by means of pushbuttons, lighting circuits consisting of, v incandescent lamps, low-voltage halogen lamps, etc . (resistive loads) v fluorescent lamps, discharge lamps, etc . (inductive loads)
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description.
Schneider Electric A9C30212 Impulse relay Manuals, Datasheets, Drivers, Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description.
Automotive Manufacturing
Workers remotely activating high-intensity task lighting above assembly lines via local push-buttons.
Oil & Gas
Controlling explosion-proof lighting inside pump stations from the entrance to minimize frequent entry.
Power Distribution
Triggering emergency lighting in LV switchgear rooms in conjunction with PLC pulse signals.
Pharmaceutical Factories
Pulse-controlling the activation of UV germicidal lamps in changing areas to ensure hygiene.
Printing & Paper Mills
Installing buttons beside large printing presses to temporarily activate quality-check spotlights.
Metallurgy & Steel
Toggling warning strobe lights from a remote console in a steel mill.
In using A9C30212, ensure the control signal is an instantaneous pulse (50ms to 1s) rather than a continuous signal to avoid coil overheating; if multiple illuminated push-buttons are used, a compensation module is required to prevent malfunctions from leakage current. Additionally, ensure the device is firmly mounted on the rail and regularly check terminals for looseness to maintain reliable contact in industrial environments.