GACIA 230v push button indicator light green

PB Series Push Button Indicator Light for Electrical System

PB series push button indicator light is designed for AC 50/60Hz control circuits up to 230V, combining switching and visual signaling in one compact unit. It is suitable for controlling starters, contactors, relays and other electric wire in the electric system, and the light-connected button is also suitable for indicator-light installation and signal applications. Built to IEC60947-5 requirements, it delivers reliable operation, clear status feedback, and practical panel control.

GACIA’s system expansion devices includes a wide range of products, helping you build a complete and safe low-voltage electrical system with greater flexibility, stronger protection, and easier integration.

Key Features

Control and Indication

- Button and signal in one

- Works with starters and relays

- Indicator-light mounting supported
Electrical Compatibility

- Works with AC 50/60Hz

- Supports up to 230V

- Handles 6A operational load
Long Service Life

- Mechanical operations 250,000 times

- Electrical operations 100,000 times

- IEC60947-5 compliant structure

Tech Specs

Rated Insulation voltage(Ui)	500V	Ambient Temperature	+40 °C max; avg. over 24 h ≤ +35 °C
Conventional thermal current(In)	16A	Altitude	≤ 2000 m
Rated operational voltage（Ue)	AC 230V	Installation Category	II, III
Rated operational current(Ie)	6A	Atmospheric Conditions	RH ≤ 50 % at +40 °C; higher RH allowed at lower temps (e.g., 90 % at 20 °C)
Usage category	AC-14	Pollution Degree	2
Mechanical endurance	250000 times	Mounting	35 mm DIN rail
Electrical endurance	100000 times	Protection degree	IP 20

Download

Catalog

PB Push Button.pdf

FAQs

1.What is a PB button indicator light used for?

It is used for both circuit control and status indication. Commonly applied in control panels, it helps operate and monitor starters, contactors, and relays by combining push-button action with visual feedback.
2.What kind of loads can it control?

It is suitable for control circuits such as magnetic starters, contactors, and relays.
3.What makes the double-break structure beneficial?

The double-break design improves switching reliability and reduces contact wear. It enhances safety and ensures more stable operation, especially in frequent switching conditions.