Product Catalogue

ZANDER AACHEN SAFETY Compact Safety Controller, TALOS® TB-I14O3 Safety Timer, SCB Safety Relays, SR Se ries 2-Hand Relay, S2HC Safety Rope Switches, ZL Series & Accessories Non-Contact Safety Sensors, ZCode Series Machine Safety & Automation AUTOMATION High Speed Controllers, ZX Series Networkable High Speed Controller, ZX20 Programming Software, EX_PRESS 4, EX_PRESS 5 Programmable Cam Controller, EPR-, EPC Series Programmable Sequential Logic Controller, EPR16S Cam Controller and Accessories Timers and Control Relays, DMC, ENS Interface Module, DSRC Thermistor Motor Protection Relay, DHC Fault...

ZANDER AACHEN

„It is certain, that nothing is certain, and not even that.“ Joachim Ringelnatz But, we have been working on that, for more than 60 years. With a motivated team and with creative ideas. In close cooperation with you. Right from conception to implementation. Take our word for it. ZANDER AACHEN „Sicher ist, dass nichts sicher ist. Selbst das nich

We are longstanding experts in the field with a proud history of innovation. Consequently, innovations flow immediately into our lineup and into system approaches of our co-operation partners ensuring that we remain a leader in terms of the design and the implementation of the latest technology. The proximity to RWTH Aachen University guarantees highly qualified employees. Our advantageous position in Aachen allows us to develop and manufacture switchgear, safety components and programmable high-speed controller units for clients from all branches of industry throughout the world. This is our...

ZANDER safety technology offers their customers a comprehensive range of tried and tested switchgear. They all have one common denominator: Risks are minimised effectively and economically. Both man and machine are afforded optimum protection! Whether it be a safety switch, non-contact safety sensors, guard locking switches, safety rope switches, safety relays or safety control units – providing safe working conditions during every technical phase is the crucial function of each and every one of our products. This is coupled with economic advantages: ZANDER safety switchgear is constructed such...

Compact safety controllers are applied in small- to medium-scale plants, where the use of conventional safety relays is no longer economically viable. The combination of safety functions of individual safety relays in only one device offers a flexible and cost-effective alternative. Thus, e.g. the compact safety controller TALOS® is adjusted to the corresponding application by simply selecting and parametrizing an existing configuration. A characteristic feature of this device is the variety of safety sensors which can be evaluated with the compact safety controllers - right from the conventional...

TALOS® TB-I14O3 Compact Safety Controller Safety function Emergency stop monitoring, safety guard monitoring, light grids monitoring, furnaces in continuous operation, stop category 0/1 Supply voltage Power consumption 3.8 W (all inputs activated / no load operation) 14 safe inputs / 3 start inputs Number of safe semiconductor outputs Switching capability per safe output U B / 500 mA; PNP; short circuit proof Number of auxiliary semiconductor outputs 6 1 x U B / 500 mA; 5 x U B / 50 mA; PNP; short circuit proof Number of pulsed outputs Input voltage The 14 safety inputs can be variably linked,...

SCB The SCB is a universally applicable safety timer, with which the moving parts of a machine or plant can be brought to a standstill quickly and safely. Depending upon the configuration, the safety outputs connect on-delay, off-delay or without delay independent of one another. A simple and accurate time parametrization is possible with a push/rotary button and the built-in display. Safety function Supply voltage Number of safe outputs Emergency stop monitoring, safety guard monitoring, light grids monitoring, furnaces in continuous operation, stop category 0/1 Extensive monitoring measures...

With the safety relays of the SR series, we offer a modular series for the protection of humans as well as machines. They monitor the function of the connected safety sensors along with the wiring and function as power amplifiers for shutting down the connected power contactors or drives in a safe and supervised manner. All the safety relays of the SR series fulfil the requirements defined by the applicable standards, right from emergency stop and safety door monitoring to 2-hand applications to furnaces in continuous operations and are tested and certified by independent testing institutes such...

The basic relays SRLC, SR2C, SR3C and SR7C are universally applicable safety relays, with which the moving parts of a machine or plant can be brought to a standstill in a hazard situation, quickly and safely. Safety function Emergency stop monitoring, safety guard monitoring, light grids monitoring Emergency stop monitoring, safety guard monitoring, light grids monitoring Emergency stop monitoring, safety guard monitoring, light grids monitoring Emergency stop monitoring, safety guard monitoring, light grids monitoring Safety relays are applied in single- or dual-channel emergency stop circuits...

SR4C 2 non time-delayed contacts 2 time-delayed contacts SR4C 3 non time-delayed contacts 1 time-delayed contact SR4C is a safety relay, which combines the non-delayed and delayed contacts in an extremely compact housing. As a result, dangerous parts of a plant can be switched off quickly and safely during an emergency. At the same time, other electric circuits can be supplied with power for up to 30 seconds, which might be essential for e.g. bringing a tool in the idle position or effecting the deceleration of trailing parts. [60C 20 | 21 Safety function Supply voltage Number of safe relay contacts Max....

Safe Firing For your safety, we walk over fire! Our products SCB, SR3D and TALOS® TB-I14O3 not only fulfil the highest requirements defined by EN ISO 13849-1 and EN 62061, but also comply with the requirements for furnaces in continuous operation according to EN 50156-1. With the friendly support of the IME, Institute of Process Metallurgy and Metal Recycling, RWTH Aachen University