Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Monobloc body in die-cast aluminum alloy. Hardened steel rack and pinion mechanism for smooth and efficient operation. Steel arm. Multi-force version adjustable via positioning of the body and arm hinge force 3 (CE). Maximum door width 950 mm. Maximum door weight 60 kg. Independent closing speed and final stroke adjustment valves . Closing speed from 180ø to 15ø by acting on the appropriate...
Monobloc body in die-cast aluminum alloy. Hardened steel rack and pinion mechanism for smooth and efficient operation. Steel arm. Multi-force version adjustable via positioning of the body and arm hinge force 3 (CE). Maximum door width 950 mm. Maximum door weight 60 kg. Independent closing speed and final stroke adjustment valves . Closing speed from 180ø to 15ø by acting on the appropriate...
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism . Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism . Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Ideal for controlling door closure effectively, reliably and cost-effectively. Rack and pinion mechanism. Aluminum alloy body. Steel arm. Special oil bath steel spring. Closing speed adjustment via valve 1. Final body adjustment via valve 2. Closing force adjustable from EN 2 to 4 by varying the mounting position. Suitable for right or left doors up to 1100 mm, pull or push.
Body and cylinder in brass. 5 anti-wear bronze pins. Cylindrical and mushroom-shaped anti-lock brass counter-pins . Phosphor bronze springs. With 3 keys supplied.
Body and cylinder in brass. 5 anti-wear bronze pins. Cylindrical and mushroom-shaped anti-lock brass counter-pins . Phosphor bronze springs. With 3 keys supplied.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. 8-pin encryption system (6 active and 2 passive). Pins and counter pins in carbonitrided steel . DIN self-lubricating sintered steel friction cam. Side pads in carbonitrided steel . Phosphor bronze and steel springs. Complies with EN1303:2015 (grade 6 durability - 100,000 cycles). Construction site key configuration 1+5.
Body and cylinders in brass. Wear-resistant bronze pins. Cylindrical brass counterpins. Phosphor bronze springs. Self-lubricating sintered steel DIN cam. With 3 keys supplied.
Body and cylinders in brass. Wear-resistant bronze pins. Cylindrical brass counterpins. Phosphor bronze springs. Self-lubricating sintered steel DIN cam. With 3 keys supplied.
Body and cylinders in brass. Wear-resistant bronze pins. Cylindrical brass counterpins. Phosphor bronze springs. Self-lubricating sintered steel DIN cam. With 3 keys supplied.
Body and cylinders in brass. Wear-resistant bronze pins. Cylindrical brass counterpins. Phosphor bronze springs. Self-lubricating sintered steel DIN cam. With 3 keys supplied.
Body and cylinders in brass. Wear-resistant bronze pins. Cylindrical brass counterpins. Phosphor bronze springs. Self-lubricating sintered steel DIN cam. With 3 keys supplied.
Body and cylinders in brass. Wear-resistant bronze pins. Cylindrical brass counterpins. Phosphor bronze springs. Self-lubricating sintered steel DIN cam. With 3 keys supplied.
Body and cylinders in brass. Wear-resistant bronze pins. Cylindrical brass counterpins. Phosphor bronze springs. Self-lubricating sintered steel DIN cam. With 3 keys supplied.
Body and cylinders in brass. Wear-resistant bronze pins. Cylindrical brass counterpins. Phosphor bronze springs. Self-lubricating sintered steel DIN cam. With 3 keys supplied.
