PNP-NPN converter 5 m PUR M12 B Corner AA033

Product detailed description

For sensors with NO contact function. Converts PNP output functions to NPN signals. It can also be used in extreme conditions, e.g. In the machine tool industry

The AA033 sensor cable is a cULus certified product. The sensor is resistant to oils and refrigerants, has a vibration-resistant closing principle with fixed stop, brass nickel-plated overmolding nut, gold contacts and IP67/IP68/IP69K rating. The AA033 sensor cable without silicone and halogen is equipped with an M12 connector with angle and a 5 m long PUR cable. The innovative seal concept from the sensor to the connector ensures optimum protection against oil and moisture ingress.

The sensor cables are manufactured to the highest quality standards in terms of robustness, interference resistance and reliability in the EU. Even under the most severe operating conditions (e.g. In machine tool construction), our sensor cables retain their sealing function in the long term.  The sensor cable is compatible with all devices with M12 connectors with code A

Technical data AA033

General information

 

Use for sensors with NO contact function

Number of wires 3

Version M12 connector connection
3-pin angled
open end

Cable length 5 m

 

Voltage DC voltage

Current carrying capacity max.100 mA

Protection Class II

 

Technical data

Tightening torque lock nut 0 ,6 ... 1,5 Nm

Handle material PUR (TPU)

Material coupling nut brass nickel plated

Viton gasket material

Colour black

Cable colour black

Cable material PUR

environmental conditions

Ambient temperature min. -25°C

Ambient temperature max.+60°C

Degree of protection IP65
IP 67
IP 68
IP 69k

 

 

 

Bending radius with flexible use of at least 10 x cable diameter

Torsional tension±180°/m

Bending cycles 5 million

Transmission speed max. 3.3 m/s at 5 m horizontal length and max. Acceleration 5 m/s²

 

Electrical connection PUR cable without halogen
4 x 0.34 mm² (42 x Ø 0.1 mm)
Ø 4.9 mm

CE approval

 

Dimensions:

Connection and pin assignment