MSX-E1516 (Ethernet system with 16 digital I/O)
Digital Ethernet systems

The Ethernet system with 16 digital I/O MSX-E1516 has 16 digital inputs/outputs with status LEDs, 24 V, and 1 digital 24 V trigger input. The inputs and outputs can be parameterised as paris of inputs our outputs and have an event logic. The system was especially developed for the direct acquisition and calculation of I/O signals close to the test object in the harsh industrial environment and has a robust normed metal housing with the degree of protection IP 65. It has an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range. The system is also available as MSX-E1516-NPN version.

MSX-E1741-1VPP (Ethernet sin/cos counter system)
Ethernet counter systems

The Ethernet sin-/cos counter system MSX-E1741-1VPP has 3 sin/cos counter inputs 1 Vpp, 1 analog input, 24-bit, and a fast 24 V digital trigger input. The system was especially developed for the acquisition of sensor- and actuator data close to the sensor in the harsh industrial environment and has a robust normed metal housing with the degree of protection IP 65. It has an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

3 sin/cos counter inputs with 1 Vpp
1 analog input, 24-bit
24 V digital trigger input
M12 and M23 connectors

MSX-E1731 (Ethernet EnDat counter system)
Ethernet counter systems

The Ethernet EnDat counter system MSX-E1731 has 4 EnDat 2.2 inputs with status LEDs, 16 digital I/O, 24 V, and a 24 V trigger input. The system was especially developed for the acquisition of sensor- and actuator data close to the sensor in the harsh industrial environment and has a robust normed metal housing with the degree of protection IP 65. It has an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

4 EnDat 2.2 inputs
16 digital I/O, 24 V, with status LEDs
24 V digital trigger input
M12 connectors

MSX-E1711/1721 (Ethernet sin-/cos counter system)
Ethernet counter systems

The Ethernet sin-/cos counter system MSX-E1711 has 4 sin/cos counter inputs with 1 Vpp and 16 digital I/O, 24 V. The digital lines can be parameterised as pairs of inputs or outputs. The system was especially developed for data acquisition and calculation close to the test object in the harsh industrial environment and has a robust normed metal housing with the degree of protection IP 65. It has an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

4 sin/cos counter inputs with 1 Vpp
16 digital I/O, 24 V, status LEDs
Configurable inputs and outputs
24 V digital trigger input
M12 and M23 connectors

MSX-E1701 (Ethernet incremental counter system)
Ethernet counter systems

The Ethernet incremental counter system MSX-E1701 has 4 incremental counter inputs or 8 PWM outputs with status LEDs and 16 digital I/O, 24 V. The digital lines can be parameterised as pairs of inputs or outputs. The system was especially developed for data acquisition and calculation close to the test object in the harsh industrial environment and has a robust normed metal housing with the degree of protection IP 65. It has an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

4 incremental counter inputs or 8 PWM outputs
16 digital I/O, 24 V, status LEDs
Configurable inputs and outputs
24 V digital trigger input
M12 and M23 connectors

MSX-E3122 (Ethernet analog multifunction system)
Analog Ethernet systems

The Ethernet analog multifunction system MSX-E3122 has 6 differential/SE inputs, 24-bit, 4 analog outputs, 16-bit, and 64 digital I/O, 24 V. The analog inputs and outputs can be configured as voltage or current lines . The system can be used as an extension or as a substitute for a PLC directly in the field. It has a robust normed metal housing with the degree of protection IP 65 and an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

6 analog inputs, differential/Single-Ended, 24-bit, voltage or current inputs
4 analog outputs, 16-bit, voltage or current outputs
64 digital I/O, 24 V
24 V digital trigger input

MSX-E3121 (Ethernet analog multifunction system)
Analog Ethernet systems

The Ethernet analog multifunction system MSX-E3121 has 6 differential/SE inputs, 24-bit, 4 analog outputs, 16 bit and 32 digital I/O, 24 V. The analog inputs and outputs can be configured as voltage or current lines . The system can be used as an extension or as a substitute for a PLC directly in the field. It has a robust normed metal housing with the degree of protection IP 65 and an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

6 analog inputs, differential/Single-Ended, 24-bit, voltage or current inputs
4 analog outputs, 16-bit
32 digital I/O, 24 V
24 V digital trigger input

MSX-E3011 (Ethernet analog input system)
Analog Ethernet systems

The Ethernet analog input system MSX-E3011 has 16 analog differential inputs, 16-bit, voltage or current inputs. 4 channels can be acquired simultaneously with 100 kHz. The system was especially developed for data acquisition and processing close to the test object in the harsh industrial environment and has a robust normed metal housing with the degree of protection IP 65. It has an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

16 analog inputs, differential, 16-bit
Voltage or current inputs
Simultaneous acquisition of 4 channels with 100 kHz each
M12 connector
24 V trigger input

MSX-E3021 (Ethernet analog input system)
Analog Ethernet systems

The Ethernet analog input system MSX-E3021 has 16 analog differential inputs, 16-bit, voltage or current inputs. 4 channels can be acquired simultaneously with 100 kHz. The system was developed for long-term measurement in the harsh industrial environment and thus has an extended memory of 4 GB. It has a robust normed metal housing with the degree of protection IP 65 and an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

16 analog inputs, differential, 16-bit
Voltage or current inputs
Simultaneous acquisition of 4 channels with 100 kHz per channel
4 GB extended memory
Buffered real-time clock
24 V trigger input

MSX-E3027 (Ethernet analog input system)
Analog Ethernet systems

The Ethernet analog input system MSX-E3027 has 16 analog differential inputs, 16-bit, voltage or current inputs. The system was developed for long-term measurement in the harsh industrial environment, even under hardest conditions. It has a robust normed metal housing with the degree of protection IP 67 and a temperature range from -25°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

16 analog inputs, differential, 16-bit
Voltage or current inputs
4 GB extended memory
Buffered real-time clock
Stainless stell housing – IP 67
Fast distributed data acquisition

MSX-E3511 (Ethernet analog output system)
Analog Ethernet systems

The Ethernet analog output system MSX-E3511 has 8 analog outputs, 16-bit. It is available in 2 versions: MSX-E3511 with voltage outputs or MSX-E3511-C with outputs that can be set as voltage or current outputs. The system has a 24 V trigger input and a function generator, that allows the output of any signal type, e. g. sine curves, sawtooth curves etc., the signal type can be configurated separately for each channel. It has a robust normed metal housing with the degree of protection IP 65 and an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be daisy-chained and synchronised with one another in the µs range.

8 analog outputs,16-bit
Voltage or current outputs
Function generator for the output of any signal type, e. g. sine curves, sawtooth curves etc. – can be configurated separately for each channel
M12 connector
24 V trigger input

MSX-E3017 (Ethernet system for force-distance measurement)
Force-distance Ethernet systems

The Ethernet system for force-distance measurement MSX-E3017 has 1 incremental counter input, 4 differential inputs, 24-bit, and 2 digital I/O, 24 V. It was especially developed for force-distance measurement in the harsh industrial environment and thus has a robust, normed metal housing with the degree of protection IP65 and numerous protective circuits. It has an extended temperature range from -40°C to +85°C. Several trigger sources are available to start the acquisition. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

1 counter input
4 analog inputs, differential, 24-bit
2 digital I/O, 24 V
Easy configuration: Easy mode

MSX-E3317 (Ethernet system for force-distance measurement)
Force-distance Ethernet systems

The Ethernet system for force-distance measurement MSX-E3317 has 1 counter input, 4 inputs for strain gauges, 24 Bit, and 2 digital I/O, 24 V. It was especially developed for force-distance measurement in the harsh industrial environment and thus has a robust, normed metal housing with the degree of protection IP65 and numerous protective circuits. It has an extended temperature range from -40°C to +85°C. Several trigger sources are available to start the acquisition. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

1 counter input
4 inputs for strain gauges, differential, 24-bit
2 digital I/O, 24 V
Easy configuration: Easy mode

MSX-E3211 (Ethernet system for temperature measurement)
Temperature Ethernet systems

The Ethernet system for temperature measurement MSX-E3211 has 16/8/4 differential inputs, 24 bit, for thermocouples or RTD (Pt100, Pt1000). Up to 8 channels can be acquired simultaneously. The system was developped for fast measurement directly at the sensor in the harsh industrial environment. It has a robust normed metal housing with the degree of protection IP 65 and an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be daisy-chained and synchronised with one another in the µs range.

16/8/4 differential inputs, 24-bit
For thermocouples or RTD (Pt100, Pt1000)
Simultaneous data acquisition up to 8 channels
24 V digital trigger input

MSX-E3311 (Ethernet system for pressure measurement)
Pressure Ethernet systems

The Ethernet system for pressure measurement MSX-E3311 has 16/8 differential inputs, 24 bit, for the connection of straing gauges and a digital trigger input, 24 V. Up to 8 channels can be acquired simultaneously. The system was developped for the acquisition of pressure and force directly at the sensor in the harsh industrial environment. It has a robust normed metal housing with the degree of protection IP 65 and an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be daisy-chained and synchronised with one another in the µs range.

16/8 differential inputs, 24-bit
For strain gauges
Simultaneous data acquisition up to 8 channels
24 V digital trigger input

MSX-E3601 (Ethernet system for noise vibration measurement)
Noise vibration Ethernet systems

The Ethernet system for noise vibration measurement MSX-E3601 is available in 2 versions: MSX-E3601 with 8 SE/diff. inputs and 8 current sources for ICP®-/IEPE-sensors or MSX-E3601-2 with 2 SE/diff. inputs and 2 current sources for ICP®-/IEPE-sensors. All analog inputs can be acquired simultaneously. The system was developed for the acquisition of dynamic signals in the harsh industrial environment and thus has a robust normed metal housing with the degree of protection IP 65 and an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be cascaed and synchronised with one another in the µs range.

2 versions: MSX-E3601 or MSX-E3601-2
8 or 2 SE/diff. inputs, 24-bit
Simultaneous acquisition
8 or 2 current sources for ICP® or IEPE sensors
Onboard calibration
24 V digital trigger input

MSX-E3701-DIO (Ethernet system for length measurement)
Length measurement Ethernet systems

The Ethernet system for length measurement MSX-E3701-DIO has 16 inputs for inductive transducers (Half-Bridge, LVDT), 1 digital trigger input, 24 V, and 32 digital I/O, 24 V. The system was developped for length measurement and the connection to a PLC in the harsh industrial environment. It has a robust normed metal housing with the degree of protection IP 65 and an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be daisy-chained and synchronised with one another in the µs range.

Acquisition of 16 inductive transducers
For half-bridge and LVDT transducers
24 V digital trigger input
32 digital I/O, 24 V

MSX-E3701 / MSX-E3700 (Ethernet system for length measurement)
Length measurement Ethernet systems

The Ethernet system for length measurement MSX-E3701 / MSX-E3700 has 4/8/16 inputs for inductive transducers (Half-Bridge, LVDT, Mahr oder Knaebel) and 1 digital output, 24 V, with compare logic. The system was developped for the dynamic lenght measurement in the harsh industrial environment. It has a robust normed metal housing with the degree of protection IP 40 (MSX-E3700) or IP 65 (MSX-E3701) and an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be daisy-chained and synchronised with one another in the µs range.

Versions: MSX-E3701 / MSX-E3701-x / MSX-E3700
Acquisition of 4, 8 or 16 inductive transducers
For Half-Bridge, LVDT, Mahr or Knaebel transducers
Digital output 24 V with compare logic
24 V digital trigger input

MSX-E3711 (Ethernet system for length measurement)
Length measurement Ethernet systems

The Ethernet system for length measurement MSX-E3711 has 8 inputs for inductive displacement transducers (Half-Bridge, LVDT, Mahr or Knäbel), 1 incremental counter input and 1 input for temperature measurement (Pt100) or thermocouples (TC). The system was developed for the simultaneous measurement and acquisition of length, temperature and position reference in the harsh industrial environment. It has a robust normed metal housing with the degree of protection IP 65 and an extended temperature range from -40°C to +85°C. The ARM®9 32-bit processor allows the calculation of the acquired values. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be daisy-chained and synchronised with one another in the µs range.

Simultaneous acquisition of up to 8 inductive displacement transducers
For half-bridge, LVDT, Mahr or Knaebel transducers
1 incremental counter input (32-bit)
1 input for temperature measurement (Pt100) or for thermocouples (TC)
24 V digital trigger input

MSX-E7511 (Ethernet system with protocol interpreter function)
Serial Interface

The Ethernet system with protocol interpreter function MSX-E7511 has 4 serial interface ports for RS232, RS422, RS485 or TTY (20 mA Current Loop). It allows to filter the actual user data from the protocol and to transmit only this data or to store it in a database. The acquired data of all interfaces can be calculated onboard with the ARM®9 32-bit processor. Furthermore, the system can send commands to output systems of the MSX-E series and can thus be used as a self-sufficient unit in the harsh industrial environment. It has a robust normed metal housing with the degree of protection IP 65 and an extended temperature range from -40°C to +85°C. The Development Mode allows to customise applications individually. Through synchro connection, several MSX-E systems can be daisy-chained and synchronised with one another in the µs range.

4 serial interfaces for RS232, RS422, RS485, 20 mA Current Loop
128-byte FIFO buffer for each port
16C950 compatible UART
Optical isolation
Onboard evaluation of user data