JSHD4 AA

JSHD4 AB is a JSHD4 bottom part with a Cannon 12 pin male connector. It is used with any JSHD4 top part, except JSHD4-1, to form a complete three-position device. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

JSHD4 AC is a JSHD4 bottom part with a M12-5 male connector. It is used with a JSHD4-1 top part to form a complete three-position device. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

JSHD4 AD is a JSHD4 bottom part with a M12-8 male connector. It is used with any JSHD4 top part, except JSHD4-1, to form a complete three-position device. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

Bottom part with M12-8 male connector and emergency stop button.

JSHD4 AL is a JSHD4 bottom part with a holder for an Eva actuator, a cable gland and 10 screw connections. It is used with any JSHD4 top part to form a complete three-position device. A JSM54 is ordered separately to be used with the Adam sensor. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

JSHD4 AH is a JSHD4 bottom part with a cable gland and 10 screw connections. It is used with any JSHD4 top part, except JSHD4-1, to form a complete three-position device. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

JSHD4 AJ is a JSHD4 bottom part with a cable gland and PCB with 16 screw connections. It is used with any JSHD4 top part, except JSHD4-1, to form a complete three-position device. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

JSHD4 Anti-tamper is used to detect that the JSHD4 three-position device is actually activated by a hand. It can be used with any combination of top part and bottom part except top part JSHD4-1 and bottom part JSHD4 AK.Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

The JSHD4-3 is a top part of a three-position device JSHD4. It has no LEDs and no extra buttons. It must be used with one of the following bottom parts: AB, AD, AH, AJ, AK, AL. Anti-tamper can be chosen as option with all except bottom part AK. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

The JSHD4-2 is a top part of a three-position device JSHD4. It has LEDs, a front button and a top button. It must be used with one of the following bottom parts: AB, AD, AH, AJ, AK, AL. Anti-tamper can be chosen as option with all except bottom part AK. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

The JSHD4-2 Black is a black top part of a three-position device JSHD4. It has LEDs, a front button and a top button. It must be used with one of the following bottom parts: AB, AD, AH, AJ, AK, AL. Anti-tamper can be chosen as option with all except bottom part AK. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

The JSHD4-3 is a top part of a three-position device JSHD4. It has LEDs, and no extra buttons. It must be used with one of the following bottom parts: AB, AD, AH, AJ, AK, AL. Anti-tamper can be chosen as option with all except bottom part AK. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

The JSHD4-4 is a top part of a three-position device JSHD4. It has LEDs and a front button. It must be used with one of the following bottom parts: AB, AD, AH, AJ, AK, AL. Anti-tamper can be chosen as option with all except bottom part AK. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

The JSHD4-5 is a top part of a three-position device JSHD4. It has LEDs and a top button. It must be used with one of the following bottom parts: AB, AD, AH, AJ, AK, AL. Anti-tamper can be chosen as option with all except bottom part AK. Three-position devices are used to allow a limited movement of the machine when the operator is in the dangerous area, for example during troubleshooting, test running and programming.

JSTD20A Dispositif bimanuel avec boutons de commande conventionnels. Boutons de commande de 60 mm de diamètre, noirs, force de manœuvre de 9N, 1 contact NO + 1 contact NF, 10A

20-003-00, JSHK5 Cable 5 m for JSHD4

JSTD20B Appareil bimanuel avec boutons de commande conventionnels et bouton d'arrêt d'urgence

JSHK0 is a 12 pole female Cannon connector for cable mounting.

Safeball Coat is an extra protection for the Safeball JSTD1. It is made of silicone.

JSTD1-A is a Safeball with two contacts, 1NO and 1NC, and a 2 m long cable (4 conductors). Its ergonomic design provides several grip possibilities, a low activation force of approximately 2N, and flexible mounting possibilities. This model allows a maximum load of 30VDC, 2A resistive. It offers an IP67 protection degree. Its body is made of polypropylene.Safeball is an ergonomic control device consisting of a spherical ball containing two pushbuttons, one on each side of the ball. Both buttons must be pressed in order to start and operate the machine. The risk of unintentional activation is thereby minimized Usually two Safeball are used together to form a two-hand control, and the operator must press all four push buttons simultaneously in order to operate the machine. If one or more of the buttons are released, a stop signal is given to the machine.