MINOS Series
MINOS SL are safety emergency stop modules for monitoring emergency stop buttons, safety doors and light curtains, as well as contact reinforcement of safe outputs (e.g. safe PLC outputs) to machines and plants.
MINOS SLxE
The Safety emergency stop module MINOS SLxE fulfills max. requirements up to PL e / SILCL 3 (according to EN ISO 13849-1 bzw. IEC 62061). Test pulses at the safe output enable error detection during operation.
SL1E for dual-channel emergency stop circuit, safety door monitoring with short circuit monitoring
SL2E for light curtains, OSSD output or single-channel emergency stop
MINOS SLxD
The Safety emergency stop module MINOS SLxD fulfills max. requirements up to PL d / SILCL 2 (according to EN ISO 13849-1 bzw. IEC 62061). Test pulses at the safe output enable error detection during operation.
SL1D for dual-channel emergency stop circuit, safety door monitoring with short circuit monitoring
SL2D for light curtains, OSSD output or single-channel emergency stop
MINOS SD1E
MINOS SD1E is a safety emergency stop relay for monitoring emergency stop buttons, safety doors and light curtains, to machines and plants.
The modules are also certified for operation in furnaces according to EN 50156-1 as well as EN 746-2. For use in the process industry these modules are certified according to IEC 61511-1.
MINOS SD1K
MINOS SD1K is a safety emergency stop relay for contact reinforcement of safe outputs (e.g. safe PLC outputs) to machines and plants.
TALOS Series
The compact safety controller TB-I14O3 meets the highest safety requirements Cat. 4 / PL e according to EN ISO 13849-1 and is therefore ideally suited for the protection of machine tools and machines. In addition, the TB-I14O3 is certified for the use in furnaces in continuous operation according to EN 50156-1.
TALOS® TB-I14O3
The compact safety controller TALOS® TB-I1403 from 0 to 990 sec has incorporated the desired functionality in a flexible manner. The desired configuration can be selected and individual functions such as delay times can be parametrized directly on the device via the menu in an easy and quick manner.
TALOS® TB-I14O3m
The compact safety controller TALOS® TB-I1403m from 0 to 990 min has incorporated the desired functionality in a flexible manner. The 14 safety inputs can be variably linked, with or without time functions, with 3 safety and 6 auxiliary outputs by means of logic.
TALOS® TB-I14O3h
The compact safety controller TALOS® TB-I1403h from 0 to 99 h has incorporated the desired functionality in a flexible manner. The desired configuration can be selected and individual functions such as delay times can be parametrized directly on the device via the menu in an easy and quick manner.
TE-OR3
The TE-OR3 is certified in compliance with the high safety requirements according to DIN EN 13849 and EN 62061, the TE-OR3D is in addition specially designed and certified for the use in furnaces and ancillary equipment in continuously mode according to EN 50156-1.
SCB Series Safety Timer
The SCB series offers different types with 2 safe semiconductor and/or 2 safe relay contacts:
All these variants are available with the following adjustable delay times:
SCB-04
2 safe relay contacts2 safe semiconductor outputs
Variants of the time-delays:- 0 bis 99 s- 0 bis 99 min- 0 bis 99 h
The SCB-04 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. A simple and accurate time parametrization is possible with a push/rotary button and the built-in display.
SCB-03
3 safe semiconductor outputs
Variants of the time delay:- 0 - 99 s- 0 - 99 min- 0 - 99 h
The SCB-03 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. A simple and accurate time parametrization is possible with a push/rotary button and the built-in display.
SCB-02
2 safe relay contacts
The SCB-02 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. A simple and accurate time parametrization is possible with a push/rotary button and the built-in display.
SCB Applications
The following applications have been realized with the Safety Timer SCB:
SR-Series
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.
SRLC
The basic relay SRLC is a universally applicable safety relay, with which the moving parts of a machine or plant can be brought to a standstill in a hazard situation, quickly and safely.
SR2C
The basic relay SR2C is a universally applicable safety relay, with which the moving parts of a machine or plant can be brought to a standstill in a hazard situation, quickly and safely.
SR3C
The basic relay SR3C is a universally applicable safety relay, with which the moving parts of a machine or plant can be brought to a standstill in a hazard situation, quickly and safely.
SR7C
The basic relay SR7C is a universally applicable safety relay, with which the moving parts of a machine or plant can be brought to a standstill in a hazard situation, quickly and safely.
SR4C
The 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.
SREC
The extension relay SREC coupled with any basic device of the ZANDER SR series, allows to obtain up to 3 additional and time delayed safety contacts per device. In this way, an existing system can be modularly extended in practically any manner.
SRTC
The extension relay SRTC coupled with any basic device of the ZANDER SR series, allows to obtain up to 3 additional and time delayed safety contacts per device. In this way, an existing system can be modularly extended in practically any manner.
S2HC
The two-hand safety relay S2HC corresponds to EN 574, type III C and is specially designed for the use in safety circuits, e.g. on pressing, stamping and bending tools. Machines can be actuated only when two buttons are pressed with both hands at an interval of 500 ms.
SK3D
The SK3D is an all-purpose safe coupling relay with three safe relaycontacts. It ensures the quick and safe deactivation of the moving parts of a machine in case of danger. The SK3D couples safe signals of e.g. pulsed PLC’s to the periphery for galvanic isolation and power adjustment.
SR3A
SR3A is a safety switching device specially designed for sensors with antivalent logic (normally open / normally closed combination).
In case of danger, the moving parts of a machine or system can be quickly and safely shut down via three safe relay contacts.
Spacer
Elevator-Series
The new Zander safety relay SR3E is especially designed for the use as a safety component for elevators according to the latest version of the approvals EN 81-20:2014 and EN 81-50:2014 and is certified by TÜV Rheinland.
Your advantage: This relay is also certified for the use in elevator body / elevator car – this means a shorter wiring path and space gain.
A widespread application spectrum is enabled through the additional certification up to PL e, SILCL 3, Category 4 according to EN ISO 13849-1:2015 / EN 62061:2005 + A2:2015 / IEC 61508 Part 1-2 and 4-7:2010.
SR3E
The safety relay SR3E is especially designed for the use as a safety component for elevators according to the latest version of the approval EN 81-20:2014 and EN 81-50:2014 and is certified by TÜV Rheinland. A widespread application spectrum is enabled through the additional certification up to PL e, SILCL 3, Category 4 according to EN ISO 13849-1:2015 / EN 62061:2005 + A2:2015 / IEC 61508 Parts 1-2 and 4-7:2010.
Firing-Series
Specially designed for the use in furnaces in continuous operation according to EN 50156-1 Zander developed several safety relays and safety controller, which are all type approved by TUV Rheinland.
SR3D
The SR3D is a universally applicable safety relay with three safety relay outputs, specially designed for the use in furnaces in continuous operation according to EN 50156-1. Additionally, it is certified by the Germanischer Lloyd under 32915-06HH and thus, approved for use at sea.
SR3AD
SR3AD is certified for furnaces in continous operation. Application in the process industry.
SR3AD is a safety switching device specially designed for sensors with antivalent logic (normally open / normally closed combination).
SCB-04 EN50156-1
The SCB-04 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. A simple and accurate time parametrization is possible with a push/rotary button and the built-in display. The SCB is certified according to the standards DIN EN 50156-1, 746-2 and IEC 61511-1.
SCB-03 EN50156-1
The SCB-03 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. A simple and accurate time parametrization is possible with a push/rotary button and the built-in display. The SCB is also certified according to the standards DIN EN 50156-1, 746-2 and IEC 61511-1.
SCB-02 EN 50156-1
The SCB-02 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. A simple and accurate time parametrization is possible with a push/rotary button and the built-in display. The SCB is also certified according to the standards DIN EN 50156-1, 746-2 and IEC 61511-1.
TALOS® TB-I14O3 50156-1 and 746-2
The compact safety controller TALOS® TB-I1403 from 0 to 990 sec has incorporated the desired functionality in a flexible manner. The 14 safety inputs can be variably linked, with or without time functions, with 3 safety and 6 auxiliary outputs by means of logic. TALOS is certified aacording to the standards DIN EN 50156-1, 746-2 and IEC 61511-1.
TALOS® TB-I14O3m 50156-1 and 746-2
The compact safety controller TALOS® TB-I1403m from 0 to 990 min has incorporated the desired functionality in a flexible manner. The desired configuration can be selected and individual functions such as delay times can be parametrized directly on the device via the menu in an easy and quick manner. TALOS is certified aacording to the standards DIN EN 50156-1, 746-2 and IEC 61511-1.
TALOS® TB-I14O3h 50156-1 and 746-2
The compact safety controller TALOS® TB-I1403m from 0 to 99 h has incorporated the desired functionality in a flexible manner. The desired configuration can be selected and individual functions such as delay times can be parametrized directly on the device via the menu in an easy and quick manner. TALOS is certified according to the standards DIN EN 50156-1, 746-2 and IEC 61511-1.
The SK3D is an all-purpose safe coupling relay with three safe relaycontacts and is specially designed and certified for the use in furnaces and ancillary equipment in continuously mode according to EN 50156-1.
SR7D
The basic relay SR7D is a universally applicable safety relay, with which the moving parts of a machine or plant can be brought to a standstill in a hazard situation, quickly and safely.
MINOS SLxE - EN50156-1
The Safety emergency stop module MINOS SLxE fulfills max. requirements up to PL e / SILCL 3 (according to EN ISO 13849-1 bzw. IEC 62061). Test pulses at the safe output enable error detection during operation. The modules are also certified for continuous operation in furnaces according to EN 50156-1 as well as EN 746-2. For use in the process industry these modules are certified according to IEC 61511-1.
MINOS SLxD - EN50156-1
The Safety emergency stop module MINOS SLxD fulfills max. requirements up to PL d / SILCL 2 (according to EN ISO 13849-1 bzw. IEC 62061). Test pulses at the safe output enable error detection during operation. The modules are also certified for continuous operation in furnaces according to EN 50156-1 as well as EN 746-2. For use in the process industry these modules are certified according to IEC 61511-1.
Safe Coupling Relay from Zander
The SK3D is a classic, 22.5 mm wide safe coupling relay. It has 3 safe relays contacts which additionally to the actual coupling function offer a contact multiplication.
The safe coupling relay MINOS SD1K impresses with its ultra compact form. With a width of just 6.8 mm the SD1K meets all relevant standards for the safe coupling of safety-oriented signals in particular according to IEC 61508, IEC 61511, EN 50156-1 and EN 746-2.
SR7D Safe Coupling Relay
ZL-Series
Safety rope switches immediately switch off the machine drive if the rope is pulled or there is a tear in the rope. This condition remains locked till the reset pushbutton is pressed when the rope is under correct tension.
Different variants are available for different rope lengths. An additional emergency stop key can be mounted on both sides of the switches.
All accessories upon request can also be delivered in stainless steel.
ZLM
The Safety rope switch TLM immediately switch off the machine drive if the rope is pulled or there is a tear in the rope. This condition remains locked till the reset pushbutton is pressed when the rope is under correct tension.
ZLS
Safety rope switches immediately switch off the machine drive if the rope is pulled or there is a tear in the rope. Different variants are available for different rope lengths. An additional emergency stop key can be mounted on both sides of the switches.
ZLMS
The stainless steel Safety rope switch ZLMS immediately switch off the machine drive if the rope is pulled or there is a tear in the rope. With the ZANDER assembly / rope tensioning system ZTK, the pre-tension of the rope can be easily set so that green arrows are visible in the display window of the safety rope switch. This simplifies the assembly, troubleshooting and maintenance procedures.
ZLSE
The stainless steel Safety rope switch ZLSE immediately switch off the machine drive if the rope is pulled or there is a tear in the rope. This condition remains locked till the reset pushbutton is pressed when the rope is under correct tension.
ZL-Accessories
As the system supplier of safety rope switches, ZANDER offers all components tailored to suit your application.
Rope Tensioner-/ Gripper ZTK
For easy assembly and rope adjustment, use the ZANDER rope assembly system ZTK.
Eyebolt M8
Rope support eyebolts must be fitted every 3 m of rope
Ceiling hook
Optional, rope ceiling hook´s must be fitted each 3m. The rope must be supported by the ceiling hook no more than500 mm from the rope switch or the safety spring.
Universal-Pulley
The Universal-Pully is for proper rope deflection - suitable for indoor and outdoor use.
Safety Spring
The safety spring ist suitable for short rope spans
Thimble
The Thimble is used for fastening the rope with the spring
Rope
Used as pulling rope
ZCode-Series
All safety switches of the ZCode series operate in a non-contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED.
ZCode-LC
The safety sensor ZCode-LC operates in a non-contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED.
ZCode-TC
The safety sensor ZCode-TC operates in a non-contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED. Ideal for the use in areas with extremly restricted space.
ZCode-PC
The safety sensor ZCode-PC operates in a non-contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED.
ZCode-CC
The safety sensorZCode-CC operates in a non-contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED. The safety relays are completely dust- and waterproof (IP 67).
ZCode-RC
The ZCode-RC is a coded tamperproofed magnetic safety switch with transistor output. It is simple to install, IP67 dust- and waterproofed and can switch with no contact. Anything other than the ZCode actuator will not trigger the switch. The switching status is indicated by a LED.
ZCode M12 Extension Cable
This 15 m long extenstion cable with M12 connector is available as accessorie for all ZCode-Switches.
Stainless Steel Safety Switches
All safety switches of the ZCode series operate in a Non-Contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED.The safety rope switches as well as the safety sensors are completely dust- and waterproof (IP 69K) and have a stainless steel housing for high temperature requirements up to +105°C or for high chemical resistance to environmental influences.
Stainless steel safety switch ZCode-LCE
The stainless steel safety switch ZCode-LCE operates in a non-contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED. ZCode-LCE is designed for high temperature requirements or for high chemical resistance to environmental influences.
Stainless steel safety switch ZCode-TCE
The sainless steel safety sensor ZCode-TCE operates in a non-contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED. Ideal for the use in areas with extremly restricted space. ZCode-TCE is designed for high temperature requirements or for high chemical resistance to environmental influences.
Stainless steel safety switch ZCode-MC
The sainless stell safety sensor ZCode-MC operates in a non-contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED. ZCode-MC is suitable for areas with highest hygenic requirements, e.g. food processing, chemical industry.
Stainless Steel Safety Switch ZCode-MCF
The sainless steel safety sensor ZCode-MCF operates in a non-contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED. ZCode-MCF is suitable for areas with highest hygenic requirements, e.g. food processing, chemical industry.
Stainless Steel Safety Switch ZCode-CCE
The sainless steel safety switch ZCode-CCE operates in a non-contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED. ZCode-CCE is suitable for high temperature requirements or for high chemical resistance to environmental influences.
Stainless Steel Safety Switch ZCode-CCEF
The sainless steel safety switch ZCode-CCEF operates in a non-contact manner via an encoded magnet system with a large switching distance and high tolerance against offset to the safety door. These can be actuated only with the actuator included in the scope of supply. The switching status is indicated by a LED. ZCode-CCEF is suitable for high temperature requirements or for high chemical resistance to environmental influences.
Stainless Steel Safety Switch ZCode-RCE
ZCode-RCE is a coded tamperproofed magnetic safety switch with transistor output. It is simple to install, IP67 dust- and waterproofed and can switch with no contact. Anything other than the ZCode actuator will not trigger the switch. The switching status is indicated by a LED. ZCode-RCE is designed for rough and hygiene critical environment.
Stainless Steel Safety Switch ZCode-LRE
ZCode-LRE are coded tamperproof safety switches for the use in machinery and plant engineering. Coding is achieved by using radio frequency (RFID) and magnetic technology, both principles need to be satisfied for the switch to operate safely. These redundant diverse structure provides the highest degree of antitamper, virtually impossible to override. The high specification stainless steel housings allow the use in rough and hygiene critical environments.
ZCode-MZE RFID
The safety interlock switch ZCode-MZE has been developed to provide a realiable door interlock. Coding is achieved by using radio frequency (RFID) and magnetic technology, both principles need to be satisfied for the switch to operate safely. The Stainless Steel 316 version of the ZCode-MZE incorporates a Stainless Steel magnet and has an IP69K ingress protection rating making it suitable for CIP and SIP processes. ZCode-MZ has a high specified polymer body material.
ZCode-RFID-Series
ZCode-PR RFID
ZCode-PR is a tamper-proof, non-contact safety sensor with magnetic as well as RFID technology for the use in the area of mechanical and plant engineering. Activation is possible as unicode, i.e. only by a assigned actuator, or as mastercode. The switching status is indicated by a LED.
ZCode-LR RFID
ZCode-LR is a tamper-proof, non-contact safety sensor with magnetic as well as RFID technology for the use in the area of mechanical and plant engineering. Activation is possible as unicode, i.e. only by a assigned actuator, or as mastercode. The switching status is indicated by a LED.
ZCode-LRE RFID Safety Switch
ZCode-JR RFID
ZCode-JR is a coded tamperproof safety switch for the use in machinery and plant engineering. Coding is achieved by using radio frequency (RFID) and magnetic technology, both principles need to be satisfied for the switch to operate safely. This redundant diverse structure provides the highest degree of antitamper, virtually impossible to override.
ZCode-KR RFID
ZCode-KR is a coded tamperproof safety switch for the use in machinery and plant engineering. Coding is achieved by using radio frequency (RFID) and magnetic technology, both principles need to be satisfied for the switch to operate safely. These redundant diverse structure provides the highest degree of antitamper, virtually impossible to override.
ZCode-MZ Series
The interlock switches series ZCode-MZ are using radio frequency (RFID) and magnetic technology, both principles need to be satisfied for the switch to operate safely. This redundant diverse structure provides the highest degree of anti-tamper, virtually impossible to override.
The different housing materials allow the use in almost any environments, including high pressure cleaning following contamination from foreign particles. (e.g. Pharma and Food Industry).
Suitable and certified for the highest safety standards according to EN ISO 13849-1, EN ISO 14119 and EN 62061.
ZCode-MZ RFID
The safety interlock switch ZCode-MZ has been developed to provide a realiable door interlock. Coding is achieved by using radio frequency (RFID) and magnetic technology, both principles need to be satisfied for the switch to operate safely. ZCode-MZ has a high specified polymer body material.
The safety interlock switch ZCode-MZE has been developed to provide a realiable door interlock. Coding is achieved by using radio frequency (RFID) and magnetic technology, both principles need to be satisfied for the switch to operate safely. The Stainless Steel 316 version of the ZCode-MZE incorporates a Stainless Steel magnet and has an IP69K ingress protection rating making it suitable for CIP and SIP processes
SISTEMA Database
Speedy-Series
The SPEEDY-ZX series includes the micro-PLC, which enable maximum output at small dimensions. They are much faster than any conventional PLC.
Speedy ZX4T
The high-speed-controller SPEEDY-ZX4T includes the micro-PLC, which enable maximum outputs at small dimensions. They are much faster than any conventional PLC.
Speedy ZX4TE
The high-speed-controller SPEEDY-ZX4TE includes the micro-PLC, which enable maximum outputs at small dimensions. They are much faster than any conventional PLC. A CPLD module forms the core element of the controllers. This means: SPEEDY processes your programme internally in an absolutely parallel manner in real-time, without cycle time
Speedy ZX8T
The high-speed-controller SPEEDY-ZX8T includes the micro-PLC, which enable maximum outputs at small dimensions. They are much faster than any conventional PLC
speedy-applications
The following sample programs and applications have been realized with the high-speed PLC SPEEDY:
ZX-Series
The new high speed controller ZX20 and ZX09 also do not have any cycle time and thus, always ensures fastest possible - and even more importantly - constantly fast processes. How is this possible?
ZX09
For this the ZX09 provides ten digital inputs and four digitals outputs.
ZX09A
The ZX09A is a high-speed programmable logic controller (PLC). It can be used as an independent PLC, as well as a decentralised PLC within a Network, for parallel processing of signals in real time.
For this the ZX09A provides ten digital inputs and four digitals outputs. The ZX09A Controller additionally provides an analog input and RS485- and up to two SSI–Interfaces.
ZX09B
The ZX09B is a high-speed programmable logic controller (PLC). It can be used as an independent PLC, as well as a decentralised PLC within a Network, for parallel processing of signals in real time.
For this the ZX09B provides 6 analoge inputs and 2 additional digital inputs.
ZX09C
ZX20T
The high-speed-controller ZX20 has another core element. This core element is not a micro-processor, but an FPGA chip. Because of this no cyclic programme is executed - all programmes take place in a parallel manner in real-time and that too, several times faster than in a PLC. This also applies to the analogue inputs and outputs!
ZX20TP
ZX20TC
ZX20-application
The following sample programs and applications have been realized with the ZX20 group:
Programming Software EX_PRESS
With the EX_PRESS software for Windows, all the SPEEDY, ZX controllers can be easily and comfortably programmed.
EX_PRESS 4
With the EX_PRESS 4 software for Windows, all the SPEEDY controllers can be easily and comfortably programmed.
EX_PRESS 5
With the EX_PRESS 5 software for Windows, all the ZX controllers can be easily and comfortably programmed.
MVisio-Series
The MVisio HMI is a Human Machine Interface which can be used as a Master/Slave or as an independant PLC.
Along with the High-Speed PLC ZX20 it allows to visualize, parameterize and to control. For this various interfaces e.g.PROFINET I/O Master, Modbus TCP/RTU Master/Slave or Ethernet/IP are available.
MVisio 7"
The MVisio 7" is a visualization tool and is suitable in applications e.g. Packaging machines, cutting equipment, filling platns, gluing stations, plastic injection molding machines.
MVisio HMI Lite
MVisio I/O
The MVisio I/O-Module is a multifunctional plug-in I/O Module. Next to connecting simple digital and analogue inputs and outputs, the Module allows a configurations of these connections as Encoder- or Counter-Inputs, as well as Inputs for Voltage, Current, Resistance and Temperature measurements.
EP-Series
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).
EPR16BT
A significant advantage of the devices EPR16BT 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.
EPR48
A significant advantage of the devices EPR48 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.
EPC16BT
A significant advantage of the devices EPC16BT 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.
EPC48
A significant advantage of the devices EPC48 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.
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.
EPR16S
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.
Equipment
We will supply you with the complete programme: Robust rotary encoders for the cam controllers EPR, EPC, couplings, connecting cables.
EPR16-RE output card
These cards serve as a power amplification for the outputs of the PLCs EPR16, EPR16S.
EPR16-OK output card
EPR-WG
EPR-WG is a robust absolute shaft encoder for heavy duty applications in connection with our programmable cam controllers EPR/EPC.
EPRPRO
The EPRPRO PC software is an efficient, easy-to-operate software tool for programming, simulation, data transmission and documentation. It can be configured for all the EPR, EPC controllers.
KWG
Robust and durable cam controllers, tried and trusted over the years as auxiliary drives with two free shaft ends, Ø10mm, for optional driving purposes.
Programming by stepless via two-part, counterrotatable cam disks.
Interfacemodule DSRC
Interface modules are useful for power amplification and galvanic isolation between the controls and load circuit.
DSRC1
DSRC1 is a single-channel module with 2 changeover contacts.
DSRC4
The DSRC4 module includes four relay interfaces that are completely independent of one another. As a result, the space requirement is much less as compared to the individual components.
Motor Protection Relay
The DHC motor protection relay is a temperature monitoring relay for electro motors. The advantages are a high degree of safety because of the restart interlock and closed circuit principle. Multiple sensor resistances can be connected to a relay. When the normal temperature is reached, the motor is started via a built-in acknowledgement key.
DHC
The DHC motor protection relay is a temperature monitoring relay for electromotors. It evaluates the resistance values of the PTC resistor integrated in the motor coil. A zero-voltage safe electronic restart interlock ensures that the relay will remain locked upon activation even in the event of power failure, i.e. an uncontrolled restart will be avoided.
Fault Indicator System
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.
ENQ4
The electronic ENQ4 fault indicator system 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. The machine is switched off or an alarm warning is given out till the fault is acknowledged. The fault is displayed on the front side.Several modules can be arranged next to one another in the form of a tableau.
Timer
The multi-function timers DMC and DVC with analogue time setting offer all the standard functions and time domains in one device. Moreover, DMC can be used as a sensor relay. A remote potentiometer connection is also available.
DMC
The multi-function timer DMC with analogue time setting offer all the standard functions and time domains in one device. Moreover, DMC can be used as a sensor relay. A remote potentiometer connection is also available.
DVC
The multi-function timer DVC with analogue time setting offer all the standard functions and time domains in one device. Moreover, DMC can be used as a sensor relay. A remote potentiometer connection is also available.
DZT
DZT combines two from each other independently working timer in one housing: one On-Delay-Timer, one Star-Delta-Timer. The DZT controls time depending machine and plant operations, e.g. for compressors.
The integrated Star-Delta-Timer is used to activate a start-up controller for three-phase motors.
ENS20
If an absolute digital time setting is necessary, ENS20 is the correct choice. ENS20 is a super-compact digital timer / digital counter, which can be easily programmed in all the standard functions and time domains, in which time can be set via a water-proof keyboard.
Micro Switch Series
KL series: The single-pole toggle switch allows a switching frequency of 1000 switching operations / min. Under the designation KL..B, the switches are also available with lateral mounting cams.MS series: Single-pole changeover contact with high switching capacity, long service life and small dimensions.AS series: The proven structure of the KL switching elements is also used with the AS series. AS has a slender design. For this reason, micro switches are particularly suitable for small spaces.
KL
KL series: The single-pole toggle switch allows a switching frequency of 1000 switching operations / min. Under the designation KL..B, the switches are also available with lateral mounting cams.
KL..B
MS
MS series: Single-pole changeover contact with high switching capacity, long service life and small dimensions.
AS
AS series: The proven structure of the KL switching elements is also used with the AS series. AS has a slender design. For this reason, micro switches are particularly suitable for small spaces.
Subminiature Switch
DM series: Subminiature micro switches for all applications with a high degree of precision and minimum dimensions.SM series: Single-pole micro switches according to DIN 41635 Form B with diverse coupling variants such as solder lugs, solder pins, straight and bent.VMN series: Micro switches according to DIN 41635 Form A. For the series use, the switches are available in a number of additional variants.
New series now available: CNR, DF, DS, DW2, SW, VA2, VW1
CNR
CNR series: Micro switches according to DIN 41635 Form A. For the series use, the switches are available in a number of additional variants.
DF
DF series: Micro switches according to DIN 41635 Form A. For the series use, the switches are available in a number of additional variants.
DM
DM series: Subminiature micro switches for all applications with a high degree of precision and minimum dimensions.
DS
DS series: Micro switches according to DIN 41635 Form A. For the series use, the switches are available in a number of additional variants.
DW2
DW2 series: Micro switches according to DIN 41635 Form A. For the series use, the switches are available in a number of additional variants.
SM
SM series: Single-pole micro switches according to DIN 41635 Form B with diverse coupling variants such as solder lugs, solder pins, straight and bent.
SW
SW series: Single-pole micro switches according to DIN 41635 Form B with diverse coupling variants such as solder lugs, solder pins, straight and bent.
VA2 Microswitch
Series VA2: Subminiature microswitch for all applications, which needs high precision with minimal dimension.
VMN
VMN series: Micro switches according to DIN 41635 Form A. For the series use, the switches are available in a number of additional variants.
VW1
VW1 series: Micro switches according to DIN 41635 Form A. For the series use, the switches are available in a number of additional variants.
Am Gut Wolf 15DE-52070 Aachen
Phone +49 241 910501-0Fax +49 241 910501-38
Hermann ZANDER GmbH & Co. KGAm Gut Wolf 1552070 AachenGERMANYTel: +49 (0)241 910501-0Fax: +49 (0)241 910501-38E-mail: info@zander-aachen.de
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