JAI BALAJI CONTROL GEARS PRIVATE LIMITED Chennai, Tamil Nadu

• Operating force3.50 Kg

Utilisation Category:AC 15 and DC 13 as per, IEC 947-5-1 and IS : 13947Pt5Sec-1. Combination:Double pole 2 NO + 2 NC changeover contacts.Frequency of operation:2500 operations per hour (max).Electrical life:10x106 operations with operator.

• Supply voltage through series resistor12V-130V

JAIBALAJI ø22.5 push button selector switches, illuminated selector switches, pilot lights are the new series of products included our range.JAIBALAJI push button selector switches, illuminated selector switches and pilot lights are certified by Bureau of Indian standards and carry unique ISI mark. JAIBALAJI switches and pilot lights are also certified by CSAinternational, CanadaUS and also conforms to European standards CE. JAIBALAJI Pilot Lights and push button switches offers reliability, simplicity of connection, interchangeable and safety together with flexibility so important to panel Assemblers, and also meets all the advanced requirements for the industrial applications. These switches and pilot lights are aesthetically designed and manufactured with personal attention of our experts.

• Temperature Range- 12* C to 121* C
• Mechanical Life10 x 106 Operations

• AC 15 rating6A at 110 V; 3A at 220V; 1.5 A at 400V; 1.2A at 550V
• Contact combination1 NO + 1 NC SPDT switch change-over contact

India’s ONLY manufacturer of ISI marked quality Capacitive Proximity Switches Limit Switches has another range of high Capacitive Proximity Switches. Capacitive Proximity Switches serves as a contactless sensors for positioning, monitoring and detecting all types of material. Capacitive Proximity Switch consists of an Oscillator, a Rectifier and an Amplifier. The capacitance between the sensing surface and mass increases when an object approaches active surface. When the capacitance value exceeds the preset level, oscillator generates AC signals. The Rectifier section converts this AC signal into DC and Amplifier amplifies this signal to drive a relay or a circuit.

Both Emitter and Receiver are enclosed in a single housing. Infrared light beam form emitter is reflected by an object . T h i s ref lected beam causes a change in receiver and produces an output signal.