ZANDER AACHEN CNR – subminiature switch
Subminiature switch
CNR series: Subminiature micro switches for all applications with a high degree of precision and minimum dimensions.
Subminiature switch
CNR series: Subminiature micro switches for all applications with a high degree of precision and minimum dimensions.
Subminiature switch
DF series: Subminiature micro switches for all applications with a high degree of precision and minimum dimensions.
The DHC motor protection relay is a temperature monitoring relay for electro motors.
Subminiature switch
DM series: Subminiature micro switches for all applications with a high degree of precision and minimum dimensions.
The multi-function timers DMC and DVC with analogue time setting offer all the standard functions and time domains in one device.
Subminiature switch
DS series: Subminiature micro switches for all applications with a high degree of precision and minimum dimensions.
Interface modules are useful for power amplification and galvanic isolation between the controls and load circuit. DSRC1 is a single-channel module with 2 changeover contacts. The DSRC4 module includes four relay interfaces that are completely independent of one another.
Interface modules are useful for power amplification and galvanic isolation between the controls and load circuit. DSRC1 is a single-channel module with 2 changeover contacts. The DSRC4 module includes four relay interfaces that are completely independent of one another.
The multi-function timers DMC and DVC with analogue time setting offer all the standard functions and time domains in one device.
Subminiature switch
DW2 series: Subminiature micro switches for all applications with a high degree of precision and minimum dimensions.
DZT combines two from each other independently working timer in one housing: one On-Delay-Timer, one Star-Delta-Timer.
The electronic ENQ4 fault indicator system offers a complete fault indicator unit for recording unapproved operating conditions such as excessive pressure or excessive temperature in a compact design. ENQ are successfully used with compressors, automatic production machines, vehicles, heating systems and air-conditioners. The collective alarm contact is enabled as soon as a fault alarm input opens.
If an absolute digital time setting is necessary, ENS20 is the correct choice.
Cam-controller
The position of the machine is identified by an absolute rotary encoder, which transfers an absolute angle or path dimension to the cam controller, depending upon the machine position. A significant advantage of the devices EPR, EPC is the possibility of optimising switching points in operating machines and compensating delay times of connected actuators, depending upon the speed (downtime compensation). Other important advantages of all variants are the significantly high speeds as compared to the PLC, the exact switching points, multiple programmes in one device, simple programme designing and modification as well as accurate downtime compensation to precisely 1 ms.
Cam-controller
The position of the machine is identified by an absolute rotary encoder, which transfers an absolute angle or path dimension to the cam controller, depending upon the machine position. A significant advantage of the devices EPR, EPC is the possibility of optimising switching points in operating machines and compensating delay times of connected actuators, depending upon the speed (downtime compensation). Other important advantages of all variants are the significantly high speeds as compared to the PLC, the exact switching points, multiple programmes in one device, simple programme designing and modification as well as accurate downtime compensation to precisely 1 ms.
We will supply you with the complete programme: Robust rotary encoders for the cam controllers EPR, EPC, couplings, connecting cables.
Output card
These cards serve as a power amplification for the outputs of the PLCs EPR16, EPR16S.
Output card
These cards serve as a power amplification for the outputs of the PLCs EPR16, EPR16S.
Cam-controller
The position of the machine is identified by an absolute rotary encoder, which transfers an absolute angle or path dimension to the cam controller, depending upon the machine position. A significant advantage of the devices EPR, EPC is the possibility of optimising switching points in operating machines and compensating delay times of connected actuators, depending upon the speed (downtime compensation). Other important advantages of all variants are the significantly high speeds as compared to the PLC, the exact switching points, multiple programmes in one device, simple programme designing and modification as well as accurate downtime compensation to precisely 1 ms.
Programmable sequential logic controller
Programmable sequential logic controller with built-in user prompts and programming unit. EPR16S comfortably controls time-dependent processes or path / angle controls together with incremental rotary encoders. Up to 20 different programmes can be stored.
Cam-controller
The position of the machine is identified by an absolute rotary encoder, which transfers an absolute angle or path dimension to the cam controller, depending upon the machine position. A significant advantage of the devices EPR, EPC is the possibility of optimising switching points in operating machines and compensating delay times of connected actuators, depending upon the speed (downtime compensation). Other important advantages of all variants are the significantly high speeds as compared to the PLC, the exact switching points, multiple programmes in one device, simple programme designing and modification as well as accurate downtime compensation to precisely 1 ms.
We will supply you with the complete programme: Robust rotary encoders for the cam controllers EPR, EPC, couplings, connecting cables. The EPRPRO PC software is an efficient, easy-to-operate software tool for programming, simulation, data transmission and documentation.
With the EX_PRESS software for Windows, all the SPEEDY controllers can be easily and comfortably programmed. Although the controllers internally operate with the CPLD or FPGA technology instead of micro-controllers, you do not need to learn a new programming language.
With the EX_PRESS software for Windows, all the ZX controllers can be easily and comfortably programmed. Although the controllers internally operate with the CPLD or FPGA technology instead of micro-controllers, you do not need to learn a new programming language.
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