Ties - Import export

Hook-and-loop cable ties for quickly organising and bundling cables. Cut to size and use again and again. • Hook-and-loop cable ties for tidy cable management • Quickly organise and bundle cables • Can be cut to any length • Reuse again and again • Ensure added safety at the workplace • Dimensions: 100 x 1 cm (L x W)

The µCAN.4.ti-F1 is the universal measurement module for mobile acquisition of temperature data. Depending on the module type, resistance sensors as well as any kind of thermocouple can be polled at an overall sample rate of 4 kHz.

Equipped with CAN or CANopen interfaces and a 19″ slide-in casing, the MicroControl µLAB is particulary suitable for measuring electric, thermal and mechanic signals in engine or components testing facilities. The signal wires are connected to the module by plug-in connectors in the front plate.

Equipped with CAN or CANopen interfaces and a 19″ slide-in casing, the MicroControl µLAB is particulary suitable for measuring electric, thermal and mechanic signals in engine or components testing facilities. The signal wires are connected to the module by plug-in connectors in the front plate.

The transducer unit µCAN.8.ti-SNAP is equipped with 8 inputs for thermocouples or Pt100 sensors. The integrated CAN interface supports CANopen and J1939 protocols. Bit rate and node-ID may be set via DIP switches inside the device or via LSS.

The µCAN.4.ti-BOX features 4 inputs for measuring temperature sensors such as RTD and thermocouples with 400 Hz total sampling rate. The CAN interface supports the protocols CANopen and J1939.Temperature Thermo type J, K, N, R, T

The µCAN.1.ti-BOX is the single channel solution for the acquisition of temperature signals. Resistance sensors as well as thermocouples may be connected to the module. The CAN interface supports the protocol CANopen.

The sensor module µCAN.1.ti-SENSOR can be joined with any sensor and is designed to acquire an analogue temperature signal. It can be integrated directly in the sensor head (18 mm in diameter). Sensor tolerances can be adjusted with the module already built in. The sensor signal is linearized and monitored directly in the hardware.Temperature Thermo type J, K, L Temperature Pt100, Pt1000 (2-wire) Accuracy ± 0.5 K (Thermo) Accuracy ± 0.2 K (Pt100) Resolution up to 16-bit (0.1 K) Sampling rate up to 1 kHz Signal type freely configurable Sampling rate adjustable Operating temperatures -40 °C … +85 °C Power supply voltage 9 V DC … 36 V DC Fieldbus CAN classic / CAN FD Protocols CANopen / CANopen FD / J1939

The cable transmitter µCAN.1.ti-TRS is designed for the acquisition of one temperature signal and its digitization for being processed via CAN bus. The TRS module is integrated directly in the measurement line at a short distance from the source to avoid interference effectively.

This fully traversable curve element, which was specially designed for lifeline systems (6 and 8 mm), can be manually adjusted to fit any angle between 0° bis 180°. The element can be adjusted to lead in any desired direction - allowing you to easily bridge the roof apex, a ridge, a hollow or similar obstruction. It is manufactured from robust 316 steel material and has been awarded national technical approval. General national technical approval (German: "abZ"): Z-14.9-786 EN 795:2012, C & CEN/TS 16415:2013 Can be flexibly adapted to fit any angle up to 180° Easily adjusted by hand Compact design Secures 4 individuals simultaneously (1 individual per glider)

The thermal incinerator (TI for short) is a system which converts gas or vaporous pollutants found in exhaust gas into non-polluting compounds by way of direct combustion. This machine is characterized by: The thermal incinerator (TI for short) is a proven and robust plant for the conversion of organic pollutants (VOCs, etc.). Today it is used especially for processes which involve high exposure to condensation or dust, or for specialized solutions requiring greater heat recovery potential. An example of this would be exhaust gases containing plasticizers or siloxane. The modular design of the combustion chamber and heat exchanger especially is conducive to servicing and cleaning compared to other designs. The polluted air is forced by means of a centrifugal fan into the tube bundle heat exchanger where it circulates around the tube bundle in a cross-current fashion. The heat exchanger can be designed for an efficiency of up to 70%. The pollutants are converted in the combustion chamber at a temperature of around 760 °C. After extensive heat transfer to the raw noxious gas, the cooled clean gas leaves the plant, where it can be supplied to various heat recovery systems (or a combination of several). The auxiliary burners can be operated with natural gas or propane or light heating oil.