Signals - Import export

thermoMETER CTLaser pyrometers are used for both industrial measurements and R&D. Two laser beams mark the measurement spot which ensures precise temperature measurements. The smallest measurement spot is 0.5 mm. The thermoMETER CTLaser infrared pyrometers can be used with various measuring objects. From extremely low temperatures (-50°C) to the highest temperatures (975°C), these IR pyrometers measure precisely and reliably.

Use the optic calculator to determine which lens matches your desired application. Just select a lens, enter the distance from the camera to the object of measurement, and record the resulting object surface plane.

The IF2035 interface modules are designed for easy connection of Micro-Epsilon sensors to Industrial Ethernet controllers, e.g., plant control systems. The PROFINET and EthernetIP modules are compatible with sensors that output data via an RS422 or RS485 interface. These modules operate on the sensor side with up to 4 MBaud and have two network connections for different network topologies. Installation in switching cabinets is via a DIN rail.

The IF2008/ETH interface module is designed for multi-channel applications. This module allows for up to 8 Micro-Epsilon sensors or encoders with RS422 interface to be integrated into an Ethernet network. Furthermore, the converter offers 4 programmable switching inputs/outputs (TTL and HTL logic) as well as 10 indicator LEDs, which show the channel or device status directly on the device. Parameter setting of the interface module can be easily done via the web interface.

The IF2008/PCI interface card is designed for installation in PCs and enables the synchronous capture of digital sensor signals and encoders. The IF2008/PCIE interface card is developed for installation in PCs with PCI Express slots. Absolutely synchronous data acquisition plays an important role particularly for planarity or thickness measurement tasks. The interface card enables the synchronous capture of four digital sensor signals and two encoders. The data are stored in a FIFO memory in order to enable resource-saving processing in the PC in blocks.

The RS422/USB converts digital signals from up to 4 optical sensors into a USB data packet. The new converter has 4 trigger inputs and a trigger output for connecting additional converters.The data are output via an USB interface. The converter as well as the connected sensor are parametrisable by software.

The IF2001/USB interface module converts the digital RS422 signals of a laser optical sensor into a USB data packet. For this purpose, the sensor is connected to the RS422 interface of the module. The converter loops through further signals and features such as laser on/off, switch signals and function output. The connected sensors and the converter can be programmed through software.

The IF1032/ETH interface module now enables to run sensors with analogue interfaces with the proven web interface. With the Ethernet interface, measured data can be easily displayed on a PC. Moreover, sensors can be connected to an EtherCAT bus. The RS485 interface allows connection of new sensors using the Micro-Epsilon specific RS485 protocol.

C-Box/2A is used for fast D/A conversion of two digital input signals or for evaluating two digital sensor signals. Output of the sensor signals is possible via two configurable analogue outputs, Ethernet or USB. Handling of the C-Box/2A and of the connected sensors are performed via web interface. Averaging functions, thickness, diameter, step and inclinations can be calculated. The D/A conversion is executed with 16 Bit and max. 70 kHz.

The IC2001/USB single-channel converter cable is used for the USB connection of optical sensors equipped with an RS422 interface. The cable is easy to install and can therefore be used in machines and facilities.

The interface and signal processing units extend the field of application of Micro-Epsilon sensors. The interface modules are used to convert sensor signals into digital or bus-compatible interfaces. This enables interfaces such as USB, RS422, Ethernet/IP, Profinet and EtherCAT for numerous sensors. The signal processing units are also used to record several sensor signals, to calculate and output them together. This is necessary, for example, for planarity measurement or thickness measurement.

SPIROL specializes in the manufacture of precision machined AAR Nuts for the railroad industry. SPIROL's Railroad Nuts are held 100% square to the tap. SPIROL's thread pitch diameter allowances are engineered for ease of assembly after plating, yet manufactured to strict standards with specific gages. Each production lot has a unique identification number and is traceable through each manufacturing process back to the original raw material test certificate. SPIROL's Railroad Nuts, otherwise referred to as AAR Clamp Nuts, Binding Nuts, and Gold Test Nuts or AAR Signal Nuts are used in signal lights, crossing bells and terminal blocks.

Glass domes, stepped glasses, flat glasses, oil sight glasses, signal lights, signal glasses

Glass domes, stepped glasses, flat glasses, oil sight glasses, signal lights, signal glasses

I/O module with 24 digital, 8 universal inputs and outputs Robust design for harsh environments Can be used flexibly thanks to signal boards that can be integrated Ideal for use in shipbuilding thanks to approvals from classification societies

Limit value switch for frequency (sinusoidal signal). Simple application; for rough environments. Limit value freely adjustable by drum scale. Open-circuit or closed-circuit devices available. Compact and robust construction. Operating status indication by integrated LED.

Limit value switch for frequency (sinusoidal signal). Simple application; for rough environments. Limit value freely adjustable by drum scale. Open-circuit or closed-circuit devices available. Compact and robust construction. Operating status indication by integrated LED.

Limit value switch for frequency (square wave signal). Simple application; for rough environments. Limit value freely adjustable by drum scale. Open-circuit or closed-circuit devices available. Compact and robust construction. Operating status indication by integrated LED. Approvals: BV, DNV-GL, LR

Mechanically connected speed encoder with 2 square wave output signals (rotation direction detection). 60 pulses per revolution. Robust design and maintenance-free. Can be mounted in place of a tachogenerator. Can be loaded with 50 mA SINK and 20 mA LOAD. High EMC protection for harsh electrical environments. Matching processing devices can be supplied.

Measuring transducer for frequency (sinusoidal signal). Simple application; for harsh environments. Compact design for row mounting. Fine adjustment of the measuring range via sealed integrated trimming potentiometer. Operating status indication via integrated LED. Approvals: DNV-GL, LR

Measuring transducer for frequency (sinusoidal signal). Simple application; for harsh environments. Compact design for mounting side by side. Fine adjustment of the measuring range via sealed integrated trimming potentiometer. Operating status indication via integrated LED. Ideal for shipbuilding due to construction and approvals. Approvals: DNV-GL, LR

Non-contacting multi-channel stainless-steel speed sensor, eddy current principle. Due to its design and type approval according to DIN EN 50155 especially suitable for transport technology. Scanning of all electrically conductive materials (steel or aluminium). Insensitive against mechanical abrasion (metal chips). Robust and high quality housing: IP69 pressure-tight and individually tested at 5 bar (for details see technical data). Excellent vibration and shock resistance and double protection of the sensor head. Connection outlet straight or lateral; with protective tubing on request. Detection of very low speed (near zero speed).

Non-contacting multi-channel stainless-steel speed sensor, difference-Hall principle. Due to its design and type approval according to DIN EN 50155 especially suitable for transport technology. Up to 4 galavanically isolated measurement channels Robust and high quality housing: IP69 pressure-tight and individually tested at 5 bar (for details see technical data). Excellent vibration and shock resistance and double protection of the sensor head. Connection outlet straight or lateral; with protective tubing on request. Detection of very low speed (near zero speed).

Non-contacting multi-channel speed sensor with square wave output signal, stainless steel threaded tube, difference-hall-effect or inductive magnetic principle. Due to its design and its approvals especially suitable for shipbuilding industry. Robust housing: IP66/68 Excellent vibration and shock resistance Variable lengths, threads and electrical connections Optionally with two galvanically isolated output signals Optionally with additional status signal (e. g. direction of rotation detection) Approvals: ABS, BV, DNV-GL, LR

Non-contacting multi-channel speed sensor with square wave output signal, brass threaded tube, difference-hall-effect or inductive magnetic principle. Due to its design and its approvals especially suitable for shipbuilding industry. Robust housing: IP66/68 Excellent vibration and shock resistance Variable lengths, threads and electrical connections Optionally with two galvanically isolated output signals Optionally with additional status signal (e. g. direction of rotation detection) Approvals: ABS, BV, DNV-GL, LR

Non-contacting multi-channel stainless-steel speed sensor, difference-Hall principle. Due to its design and type approval according to DIN EN 50155 especially suitable for transport technology. Optionally with current output signal. Robust and high quality housing: IP69 pressure-tight and individually tested at 5 bar (for details see technical data). Excellent vibration and shock resistance and double protection of the sensor head. Connection outlet straight or lateral; with protective tubing on request. Detection of very low speed (near zero speed).

Mechanically connected, screw-in speed encoder with square wave output signal. Cost-effective speed sensor with square wave output signal. Can be mounted directly instead of using a flexible shaft. Can be loaded with 50 mA SINK and 20 mA LOAD. High EMC protection for harsh electrical environments. For harsh environments up to IP67.

Mechanically connected, screw-in speed encoder with square wave output signal. Cost-effective speed sensor with square wave output signal. Can be mounted directly instead of using a flexible shaft. Can be loaded with 50 mA SINK and 20 mA LOAD. High EMC protection for harsh electrical environments. For harsh environments up to IP67.

The optimized industrial module in modern design for intuitive control of 6 degrees-of-freedom (6 DOF), by pushing, pulling, rotating, tilting of the ergonomically handle The SpaceMouse® Module is the ideal man-machine interface for controlling 3D movements in industrial applications - only with one hand! It is the ideal input device for teaching robots, moving cameras, measurement systems, drones etc. The module covers both rotation and translation movements due to the 6-axis sensor. Consequently, it may replace two conventional joysticks in many applications, and thus the SpaceMouse® Module increases the control capabilities of the operator, saves space in control panels, and reduces investment costs. Totally new control concepts and control panels can be realized, without need of extensive training of the operator.