U | Contact

screw type terminal block, solderable centerline 10.00 mm, direction of connection 90° lift system, fittable without loss of poles color black ResourcesRT029xxHBLC Type 071 | View...

screw type terminal block, solderable centerline 10.00 mm, direction of connection 90° wire protector, fittable without loss of poles color gray ResourcesRT019xxHDWC Type 001 |...

spring clamp terminal block, pluggable centerline 5.08 mm, direction of connection vertical 0° fittable without loss of poles color black finger push-button, wire entry uncodeable side...

spring clamp terminal block, solderable centerline 10.00 mm, direction of connection 90° fittable without loss of poles color black eccentric lever ...

Screwdriver with blade width 3.00 mm / 0.118 inches ResourcesScrewdriver with blade width 3.0 mm | 791990View DataSheet

Screwdriver with blade width 2.50 mm / 0.098 inches ResourcesScrewdriver with blade width 2.50 mm | 791989View DataSheet

The jumper may be used for all terminal blocks with centerline 5.00 mm / 0.197 inches and 5.08 mm / 0.200 inches ResourcesJumper for terminal block, centerline 5.0 mm and 5.08 mm | 711047View DataSheet

The coding pin is inserted into the slots provided in the header. The terminal blocks mating these headers show a coding ridge which has to be removed. This method of coding does not result in any circuit loss Group...

The coding pins are inserted into the slots provided in the terminal block and respective header This method of coding does not result in any circuit loss. Please refer to the drawing below for further details. ...

The coding pins are inserted into the slots provided in the terminal block and respective header This method of coding does not result in any circuit loss. Please refer to the drawing below for further details. ...

The coding pins are inserted into the slots provided in the terminal block and respective header This method of coding does not result in any circuit loss. Please refer to the drawing below for further details. ...

The coding pins are inserted into the slots provided in the terminal block and respective header This method of coding does not result in any circuit loss. Please refer to the drawing below for further details. ...

The coding pins are inserted into the slots provided in the terminal block and respective header. The coding pin with the bridge will be inserted into the header. This method of coding does not result in any circuit loss. Please...

The coding pins are inserted into the slots provided in the terminal block and respective header. The coding pin with the bridge will be inserted into the header. This method of coding does not result in any circuit loss. Please...

The coding pin is inserted into the groove in the back of the terminal block This method of coding does not result in any circuit loss Variants: 720159-01-2 short, 720159-02-2 long ...

The coding pin is inserted into the groove in the back of the terminal block This method of coding does not result in any circuit loss Variants: 720159-01-2 short, 720159-02-2 long ...

The coding pin is inserted into the mating area of the female contact (plug-in). The contact pin should be removed from the respective position of the header. This method of coding is associated with a circuit loss ...

The coding pin is inserted into the mating area of the female contact (plug-in). The contact pin should be removed from the respective position of the header. This method of coding is associated with a circuit loss ...

Insulator: PBT +30% Glass fiber UL94-VO Contact Pin: Phosphor Bronze Current Rate: 3 AMP Insulation Resistance: 5000 MOhm min. at DC 500 V Contact Resistance: 20 mOhm max. at DC 100 mA ...

Insulator: NY66+30%G.F Contact Pin: Phosphor Bronze Current Rate: 3 AMP Insulation Resistance: 5000 MOhm min. at DC 500 V Contact Resistance: 20 mOhm max. at DC 100 mA ...

Insulator: NYLON 66 Contact Pin: Brass Current Rate: 3 AMP Insulation Resistance: 5000 MOhm min. at DC 500 V Contact Resistance: 20 mOhm max. at DC 100 mA Dielectric Voltage:...

Insulator: PBT +30% Glass fiber Contact Pin: Brass Current Rate: 3 AMP Insulation Resistance: 5000 MOhm min. at DC 500 V Contact Resistance: 20 mOhm max. at DC 100 mA ...

Insulator: PBT +30% Glass fiber UL94-V0 Contact Pin: Brass Current Rate: 3 AMP Insulation Resistance: 5000 MOhm min. at DC 500 V Contact Resistance: 20 mOhm max. at DC 100 mA ...

The coding pin is inserted into the groove in the back of the terminal block This method of coding does not result in any circuit loss Variants: 710121-2 short, 710122-2 long ResourcesCoding...

The coding pin is inserted into the groove in the back of the terminal block This method of coding does not result in any circuit loss Variants: 710121-2 short, 710122-2 long ResourcesCoding...

The mounting flange is inserted into the groove in the side of the terminal block and secured to the printed circuit board by being press fit into the hole in the printed circuit board Mounting flanges for left and right side...

The mounting flange is inserted into the mounting hole in the side of the terminal block and secured to the printed circuit board by being press fit into the hole in the printed circuit board Mounting flanges for left and right...

The mounting flange is inserted into the mounting hole in the side of the terminal block and secured to the printed circuit board by being press fit into the hole in the printed circuit board Mounting flanges for left and right...

The mounting flanges are attached to the side of the terminal block and secured to the printed circuit board by the tightening of the screw Mounting flanges for left and right side are necessary for mounting. ...

The mounting flanges are attached to the side of the terminal block and secured to the printed circuit board by the tightening of the screw Mounting flanges for left and right side are necessary for mounting. ...

The mounting flanges are attached to the side of the terminal block and secured to the printed circuit board by the tightening of the screw Mounting flanges for left and right side are necessary for mounting. ...

The mounting flanges are attached to the side of the terminal block and secured to the printed circuit board by the tightening of the screw Mounting flanges for left and right side are necessary for mounting. ...

The latching flanges are attached to the side of the terminal block and secured to the printed circuit board with a quarter turn of the screw Latching flanges for left and right side are necessary for mounting. ...

The latching flanges are attached to the side of the terminal block and secured to the printed circuit board with a quarter turn of the screw Latching flanges for left and right side are necessary for mounting. ...

LED-light transmitter for headers, pluggable centerline 3.81 mm / 0.150 inches, height 5.70 mm / 0.224 inches 12 poles, dividable ResourcesLED-light transmitter for headers, pluggable |...

LED-light transmitter for headers, pluggable centerline 3.81 mm / 0.150 inches, height 7.40 mm / 0.291 inches 12 poles, dividable ResourcesLED-light transmitter for headers, pluggable |...

LED-light transmitter for headers, pluggable centerline 3.81 mm / 0.150 inches, height 8.20 mm / 0.323 inches 12 poles, dividable ResourcesLED-light transmitter for headers, pluggable |...

LED-light transmitter for headers, pluggable centerline 3.50 mm / 0.138 inches, height 5.70 mm / 0.224 inches 12 poles, dividable ResourcesLED-light transmitter for headers, pluggable |...

LED-light transmitter for headers, pluggable centerline 3.50 mm / 0.138 inches, height 7.40 mm / 0.291 inches 12 poles, dividable ResourcesLED-light transmitter for headers, pluggable |...

LED-light transmitter for headers, pluggable centerline 3.50 mm / 0.138 inches, height 8.20 mm / 0.323 inches 12 poles, dividable ResourcesLED-light transmitter for headers, pluggable |...