EN380.IL-BF12.5C1T1.00250.H is a Baumer EN380 series incremental encoder with optical sensing, a blind hollow shaft and a stator coupling. Every channel also carries an inverted signal, so the encoder can be wired to a differential input and use a longer cable in electrically noisy surroundings.

• Resolution: 250 pulses per revolution
• Output: TTL/RS422, channels A, B and reference R with inverted signals, up to 300 kHz
• Supply: 5 VDC ±5 %, 60 mA without load
• Housing: aluminium, blind hollow shaft ø12 mm
• Environment: IP 65, -25...+85 °C, vibration 10 g (10-2000 Hz), shock 100 g (2 ms)
• Connection: 1 m radial cable, 8 x 0.14 mm², open cable end

The encoder slides onto a motor or gearbox shaft end and the stator coupling holds the housing against rotation, so neither a coupling nor a separate bracket is needed. Permissible speed is 6000 rpm up to +75 °C.

EMC compliance to EN 61000-6-2 and EN 61000-6-4. UL-Listing E217823.

EN380.IL-BF12.5C1H1.00500.H is a Baumer EN380 series incremental encoder with optical sensing, a blind hollow shaft and a stator coupling. Every channel also carries an inverted signal, so the encoder can be wired to a differential input and use a longer cable in electrically noisy surroundings.

• Resolution: 500 pulses per revolution
• Output: HTL/push-pull, channels A, B and reference R with inverted signals, up to 160 kHz
• Supply: 8...30 VDC, 30 mA (24 VDC) without load
• Housing: aluminium, blind hollow shaft ø12 mm
• Environment: IP 65, -25...+85 °C, vibration 10 g (10-2000 Hz), shock 100 g (2 ms)
• Connection: 1 m radial cable, 8 x 0.14 mm², open cable end

The encoder slides onto a motor or gearbox shaft end and the stator coupling holds the housing against rotation, so neither a coupling nor a separate bracket is needed. Permissible speed is 6000 rpm up to +75 °C.

EMC compliance to EN 61000-6-2 and EN 61000-6-4. UL-Listing E217823.

EN380.IL-TG06.5C1H1.02048.H is a Baumer EN380 series incremental encoder with optical sensing, a through hollow shaft and a torque pin. Every channel also carries an inverted signal, so the encoder can be wired to a differential input and use a longer cable in electrically noisy surroundings.

• Resolution: 2048 pulses per revolution
• Output: HTL/push-pull, channels A, B and reference R with inverted signals, up to 160 kHz
• Supply: 8...30 VDC, 30 mA (24 VDC) without load
• Housing: aluminium, through hollow shaft ø6 mm
• Environment: IP 65, -25...+85 °C, vibration 10 g (10-2000 Hz), shock 100 g (2 ms)
• Connection: 1 m radial cable, 8 x 0.14 mm², open cable end

The shaft passes right through the encoder, so it also fits where the shaft continues on both sides, and the torque pin holds the housing against rotation. Permissible speed is 6000 rpm up to +60 °C.

EMC compliance to EN 61000-6-2 and EN 61000-6-4. UL-Listing E217823.

EN380.IL-TG06.5C1H1.00360.H is a Baumer EN380 series incremental encoder with optical sensing, a through hollow shaft and a torque pin. Every channel also carries an inverted signal, so the encoder can be wired to a differential input and use a longer cable in electrically noisy surroundings.

• Resolution: 360 pulses per revolution
• Output: HTL/push-pull, channels A, B and reference R with inverted signals, up to 160 kHz
• Supply: 8...30 VDC, 30 mA (24 VDC) without load
• Housing: aluminium, through hollow shaft ø6 mm
• Environment: IP 65, -25...+85 °C, vibration 10 g (10-2000 Hz), shock 100 g (2 ms)
• Connection: 1 m radial cable, 8 x 0.14 mm², open cable end

The shaft passes right through the encoder, so it also fits where the shaft continues on both sides, and the torque pin holds the housing against rotation. Permissible speed is 6000 rpm up to +60 °C.

EMC compliance to EN 61000-6-2 and EN 61000-6-4. UL-Listing E217823.

EN380.IL-TF06.5C1H1.02048.H is a Baumer EN380 series incremental encoder with optical sensing, a through hollow shaft and a stator coupling. Every channel also carries an inverted signal, so the encoder can be wired to a differential input and use a longer cable in electrically noisy surroundings.

• Resolution: 2048 pulses per revolution
• Output: HTL/push-pull, channels A, B and reference R with inverted signals, up to 160 kHz
• Supply: 8...30 VDC, 30 mA (24 VDC) without load
• Housing: aluminium, through hollow shaft ø6 mm
• Environment: IP 65, -25...+85 °C, vibration 10 g (10-2000 Hz), shock 100 g (2 ms)
• Connection: 1 m radial cable, 8 x 0.14 mm², open cable end

The shaft passes right through the encoder, so it also fits where the shaft continues on both sides, and the stator coupling holds the housing against rotation. Permissible speed is 6000 rpm up to +60 °C.

EMC compliance to EN 61000-6-2 and EN 61000-6-4. UL-Listing E217823.

EN380.IL-TF06.5C1H1.01024.H is a Baumer EN380 series incremental encoder with optical sensing, a through hollow shaft and a stator coupling. Every channel also carries an inverted signal, so the encoder can be wired to a differential input and use a longer cable in electrically noisy surroundings.

• Resolution: 1024 pulses per revolution
• Output: HTL/push-pull, channels A, B and reference R with inverted signals, up to 160 kHz
• Supply: 8...30 VDC, 30 mA (24 VDC) without load
• Housing: aluminium, through hollow shaft ø6 mm
• Environment: IP 65, -25...+85 °C, vibration 10 g (10-2000 Hz), shock 100 g (2 ms)
• Connection: 1 m radial cable, 8 x 0.14 mm², open cable end

The shaft passes right through the encoder, so it also fits where the shaft continues on both sides, and the stator coupling holds the housing against rotation. Permissible speed is 6000 rpm up to +60 °C.

EMC compliance to EN 61000-6-2 and EN 61000-6-4. UL-Listing E217823.

LIKA EPFL121-15.0-1032081 is a 15 m shielded encoder cable with an M23 12-pin connector for LIKA IQ58 and IP58 series encoders. It carries the incremental signals A, B and 0 with their inverted pairs, the supply and two setting inputs; the shield is connected to the connector case.

• Connector: M23, 12-pin
• Cable: 15 m, 10 x 0.34 mm², shielded
• Supply: +5...+30 V DC
• Inputs: index pulse setting, counting direction
• Core colours: A violet, /A yellow, B grey, /B pink, 0 green, /0 brown, +V red, 0 V black, index setting white, counting direction blue

CMVT-QR20-IOLX3-H1141 is a condition monitoring vibration and temperature sensor measuring acceleration and velocity over three axes plus the housing temperature. It is intended for rotating machine parts where rising vibration indicates bearing wear, imbalance or shaft misalignment, so the deviation is caught before a failure.

• Measuring range: acceleration 16 g RMS (6.6 kHz sampling), velocity 0...320 mm/s RMS @ 78 Hz, temperature -40...+85°C; resolution 0.01 g and 0.01 mm/s
• Accuracy: velocity linearity deviation ≤ ±1 % @ 78 Hz, acceleration ≤ ±3 % @ 78 Hz; repeatability ≤ ±5 % @ 78 Hz
• Outputs: pin 4 - IO-Link or SIO, pin 2 - SIO; two PNP/NPN switching outputs in SIO mode; IO-Link COM 3 (230.4 kBaud)
• Supply: 18...30 VDC (IO-Link), 10...30 VDC (SIO), consumption < 50 mA
• Protection: against wire break and reverse polarity
• Housing: rectangular QR20, Ultem plastic, 71.6 x 62.6 x 20 mm
• Environment: IP68/IP69K, pollution degree 3, shock 200 g (4 ms), vibration 20 g
• Connection: M12 x 1 male connector, 4-pin

Over IO-Link the output quantity is selectable - acceleration or velocity, RMS or peak-to-peak - and the switching thresholds are set there. Thresholds can be parameterised to the ISO 10816-3 machine classes or defined freely. A green LED shows the supply and, when flashing, active IO-Link communication; two yellow LEDs show an exceeded threshold.

UL registration number E351232. MTTF 548 years to SN 29500 (Ed. 99) at 40°C. Shock tested to EN 60068-2-27, vibration to EN 60068-2-6, temperature cycling to EN 60068-2-14 (20 cycles).

CMVT-QR20-IOLX3-H1141/3GD is a condition monitoring vibration and temperature sensor measuring acceleration and velocity over three axes plus the housing temperature. It is the ATEX version of the CMVT-QR20 for zones 2 and 22 - the measuring side is unchanged, but the device carries an Ex marking and a narrower permitted ambient range.

• Measuring range: acceleration 16 g RMS (6.6 kHz sampling), velocity 0...320 mm/s RMS @ 78 Hz, temperature -40...+85°C; resolution 0.01 g and 0.01 mm/s
• Accuracy: velocity linearity deviation ≤ ±1 % @ 78 Hz, acceleration ≤ ±3 % @ 78 Hz; repeatability ≤ ±5 % @ 78 Hz
• Outputs: pin 4 - IO-Link or SIO, pin 2 - SIO; two PNP/NPN switching outputs in SIO mode; IO-Link COM 3 (230.4 kBaud)
• Supply: 18...30 VDC (IO-Link), 10...30 VDC (SIO), consumption < 50 mA
• Protection: against wire break and reverse polarity
• Housing: rectangular QR20, Ultem plastic, 71.6 x 62.6 x 20 mm
• Environment: IP68/IP69K, pollution degree 3, shock 200 g (4 ms), vibration 20 g; permitted ambient in the ATEX zone -30...+70°C
• Connection: M12 x 1 male connector, 4-pin

Device marking: Ex II 3 G Ex ec IIC T4 Gc / II 3 D Ex tc. The plug connection must not be disconnected under voltage, and the sensor must be protected against mechanical damage.

Over IO-Link the output quantity is selectable - acceleration or velocity, RMS or peak-to-peak - and the switching thresholds are set there. Thresholds can be parameterised to the ISO 10816-3 machine classes or defined freely. A green LED shows the supply and, when flashing, active IO-Link communication; two yellow LEDs show an exceeded threshold.

UL registration number E351232. MTTF 548 years to SN 29500 (Ed. 99) at 40°C. Shock tested to EN 60068-2-27, vibration to EN 60068-2-6, temperature cycling to EN 60068-2-14 (20 cycles).

CMVT-M8TA1X-LI2IOL-H1141 is a stainless steel vibration and temperature sensor with an M8 screw-in thread, measuring over one axis at a 23.6 kHz sampling rate. It is intended for rotating machine parts where rising vibration indicates bearing wear or imbalance; the sensor screws into the bearing housing along the axis where the vibration is expected.

• Measuring range: acceleration 10 g RMS / 14 g peak, velocity 0...128 mm/s RMS @ 159 Hz, temperature -40...+80°C; resolution 0.01 g and 0.01 mm/s
• Accuracy: ≤ ±0.5 % @ 159 Hz; temperature linearity deviation ≤ 10 %
• Outputs: pin 4 - IO-Link or SIO, pin 2 - 4...20 mA or SIO; IO-Link COM 2 (38.4 kBaud)
• Supply: 18...30 VDC, consumption < 120 mA in IO-Link mode
• Housing: stainless steel, M8 screw-in thread, 72.5 x 23.8 mm
• Environment: IP66/IP67, operating temperature -40...+80°C, shock 60 g (6 ms), vibration 20 g
• Connection: M12 x 1 connector, 4-pin

Frequency ranges and switching thresholds are configurable over IO-Link, so only the band in which a given machine's fault appears has to be watched. The 4...20 mA output on pin 2 carries the same quantity in analogue form, so the sensor connects to a controller with no IO-Link master.

MTTF 164 years to SN 29500 (Ed. 99). Shock tested to EN 60068-2-27, vibration to EN 60068-2-6.

CMVT-M8TE1X-LI2IOL-H1141 is a stainless steel vibration and temperature sensor with an M8 screw-in thread and a 64 kHz sampling rate. It is intended for rotating machine parts where rising vibration indicates bearing wear or imbalance; the sensor screws into the bearing housing along the axis where the vibration is expected.

• Measuring range: acceleration 33.9 g RMS / 48 g peak (10 Hz...10 kHz), velocity 0...256 mm/s RMS @ 159 Hz, temperature -40...+80°C; resolution 0.01 g and 0.01 mm/s
• Accuracy: ≤ ±0.5 % @ 159 Hz; temperature linearity deviation ≤ 10 %
• Outputs: pin 4 - IO-Link or SIO, pin 2 - 4...20 mA or SIO; IO-Link COM 3 (230.4 kBaud)
• Supply: 18...30 VDC, consumption < 120 mA in IO-Link mode
• Housing: stainless steel, M8 screw-in thread, 72.5 x 23.8 mm
• Environment: IP66/IP67, operating temperature -40...+80°C, shock 60 g (6 ms)
• Connection: M12 x 1 connector, 4-pin

Besides the aggregated RMS values the sensor outputs a bearing condition indicator and transfers the raw signal over IO-Link BLOB at up to 64 kHz with a low-pass filter at 12 kHz. FFT analysis can therefore be done off the sensor - on the controller or a server. Frequency ranges and thresholds are configurable over IO-Link.

MTTF 112 years to SN 29500 (Ed. 99) at 40°C. Shock tested to EN 60068-2-27.

CMVT-M8TA1X-LI220-H1141 is a stainless steel vibration sensor with an M8 screw-in thread that measures the velocity RMS value over one axis and outputs it as a 4...20 mA signal, where 20 mA corresponds to 20 mm/s RMS. It is intended for rotating machine parts where rising vibration indicates bearing wear or imbalance; the sensor screws into the bearing housing along the axis where the vibration is expected.

• Measuring range: velocity 0...20 mm/s RMS, one axis, 23.6 kHz sampling
• Accuracy: ≤ ±0.5 % @ 159 Hz
• Outputs: 4...20 mA, load resistance ≤ 0.5 kΩ
• Supply: 18...30 VDC, consumption < 100 mA
• Housing: stainless steel, M8 screw-in thread, 72.5 x 23.8 mm
• Environment: IP66/IP67, operating temperature -40...+80°C, shock 60 g (6 ms), vibration 20 g
• Connection: M12 x 1 connector, 4-pin

There is no IO-Link and nothing to configure - the sensor wires straight into a controller's analogue input, and the measuring span is fixed by the model chosen.

MTTF 164 years to SN 29500 (Ed. 99). Shock tested to EN 60068-2-27, vibration to EN 60068-2-6.

CMVT-M8TA1X-LI225-H1141 is a stainless steel vibration sensor with an M8 screw-in thread that measures the velocity RMS value over one axis and outputs it as a 4...20 mA signal, where 20 mA corresponds to 25 mm/s RMS. It is intended for rotating machine parts where rising vibration indicates bearing wear or imbalance; the sensor screws into the bearing housing along the axis where the vibration is expected.

• Measuring range: velocity 0...25 mm/s RMS, one axis, 23.6 kHz sampling
• Accuracy: ≤ ±0.5 % @ 159 Hz
• Outputs: 4...20 mA, load resistance ≤ 0.5 kΩ
• Supply: 18...30 VDC, consumption < 100 mA
• Housing: stainless steel, M8 screw-in thread, 72.5 x 23.8 mm
• Environment: IP66/IP67, operating temperature -40...+80°C, shock 60 g (6 ms), vibration 20 g
• Connection: M12 x 1 connector, 4-pin

There is no IO-Link and nothing to configure - the sensor wires straight into a controller's analogue input, and the measuring span is fixed by the model chosen.

MTTF 164 years to SN 29500 (Ed. 99). Shock tested to EN 60068-2-27, vibration to EN 60068-2-6.

MAGKIT-M8T is the magnetic mount for the CMVT-M8T family of vibration sensors. The sensor screws into the magnet's female thread, and the magnet is placed on the machine surface without drilling or cutting a thread in the equipment itself.

• Fits: CMVT-M8T family sensors with an M8 screw-in thread
• Thread: M8 x 12 mm, female
• Material: stainless steel V4A
• Holding force: 342 N at 28°C

The mount is intended for flexible, relocatable mounting. Permanent and operationally secure fixing depends on the conditions at the application and must be evaluated by the user.

MAGKIT-M5 is the magnetic mounting kit for CMVT-QR20 rectangular-housing sensors. The sensor is screwed to two magnets with the supplied M5 screws, and the magnets hold it on the machine surface without drilling a hole in the equipment.

• Fits: CMVT-QR20 and CMMT-QR20 family sensors
• Supplied: 2 mounting magnets, 2 washers, 2 M5 x 12 screws
• Dimensions: magnet Ø 32 x 7 mm, M5 female thread

Permanent and operationally secure fixing depends on the conditions at the application and must be evaluated by the user.