Sensor voltage / power

Pohl number
Protection class
Connection type
Lock
Design
Series
Product family
Switching function
Lighting
Luminescent paint
Contact details
Rated voltage
Rated current
Shielding
HF connector type
Colour
Temperature range
Frequency range
Front ring
Installation diameter
Shaft diameter
Encoding

Showing 1–16 of 380 results

binder connectors for decentralised power supply must safely transmit higher currents and voltages than standard sensor/actuator connections. The robust circular connectors, compliant with IEC 61076, meet these requirements with specialised contact systems and extended insulation distances. Product ranges and technical specifications The range comprises various standardised connector systems for different power requirements:M12 Power S-coding: 5-pole, up to 630 V DC / 250 V AC, 12 A per contact, compact design for confined spacesM12 Power K-coding: 5-pin, up to 630 V DC / 250 V AC, 12 A, optimised for AC applications with PE contactM12 Power T-coding: 4-pole, up to 63 V DC / 30 V AC, 16 A, larger contacts for higher current ratingsM12 US coding: 2+PE, specifically designed for North American 120/240 V AC power supplies7/8″ 5-pin: up to 600 V AC/DC, 16 A, an established standard for drive technology and power distribution. All binder connectors achieve protection class IP67 when mated and are therefore suitable for use in industrial environments. The housing materials, made of nickel-plated brass or stainless steel, ensure mechanical stability and EMC shielding. The range includes cable connectors, flange connectors, panel-mounted sockets and pre-assembled cables from various manufacturers, including Binder.Typical applications: The binder power connectors supply power to decentralised drive components such as frequency converters, servo amplifiers and motor starters. At the field level, they power remote I/O stations, intelligent sensors with increased power requirements and active distribution boxes. The different colour-coding schemes reliably prevent reverse polarity and mix-ups between signal and power circuits. The quick-connect system significantly reduces installation times compared with fixed wiring and enables flexible machine designs with interchangeable modules.