The LKMelectronic Temperature Transmitter is a digital, programmable transmitter for resistance sensors with 4 to 20mA current output for mounting on 35mm top hat rail. By means of PC and our universal interface S1 sensor type, measuring range and circuit type can be defined. 14 bit resolution<BR/>Zero and span controller<BR/>Reverse polarity protected<BR/>Emission and immunity acc. To EN 61326 standard

The LKMelectronic digital programmable transmitter for resistance sensors with 4 to 20mA current output for mounting in the J-head. Sensor type and measuring range can be defined by means of PC and programming cable. The sensors are operated in 2-wire circuit. Any corrections to eliminate the line resistance can be made during programming. Operating temperature range -40 to 85 °C<BR/>Potting compound polyurethane

The LKMelectronic analog transmitter for various thermocouples according to DIN EN 60584 or DIN 43510. The temperature compensation takes place in the transmitter itself. Depending on the measuring range and thermocouple type, the temperature is adjusted in such a way that the temperature errors are minimized. Subsequent fine adjustment can be performed by means of span and zero controllers. Operating temperature range -40 to 85 °C<BR/>Potting compound polyurethane

The LKMelectronic digital configurable transmitter for Pt100/Pt1000 with 4 to 20mA current output. Via four DIP switches 12 different measuring ranges can be set. Smaller corrections can be made on site by means of a zero controller. The sensor is connected in 3/2 wire circuit. Clamp type screw terminals<BR/>Operating temperature range -40 to 85 °C

The LKMelectronic electronic digital thermometer is characterized above all by very high accuracy, low power consumption, low weight and easy handling. The DTM3000-spezial instrument is designed for high precision measurements. The probe is permanently connected to the instrument and is calibrated together with it. Two additional keys allow a comfortable measuring operation. Operating temperature range 0 to 50°C<BR/>Housing material ABS black

The LKMelectronic analog transmitter for base metal thermocouples according to DIN EN 60584 and DIN 43710. The transmitter type 232 is designed for rail mounting. It has galvanic isolation between input and output. The transmitter is supplied from the factory calibrated to customer specifications. A span and zero controller enables subsequent fine adjustment. Material polycarbonate<BR/>Clamping type screw terminals

The LKMelectronic Temperature Transmitter is an outdoor temperature and humidity sensor with Modbus. It can be used to measure temperature and humidity values in buildings, plants and control cabinets and in outdoor areas. It is suitable for direct connection to evaluation devices with Modbus such as PC cards or PLCs. The sensor is designed as a slave. Interface parameters and slave address can be set via a USB interface. White PA6 housing<BR/>Modbus RTU output<BR/>RS485 electrical protocol<BR/>IP64 degree of protection<BR/>Emission and immunity acc. To EN 61326 standard

The LKMelectronic Temperature Transmitter is a digital, configurable transmitter for mounting on the standard rail and can be set for various resistance sensors according to DIN EN 60751. It converts the temperature dependent resistance value of the sensor into a standard signal of 0 to 10V or inverse 10 to 0V. Four DIP switches can be used to set 16 different measuring ranges, one of which is freely programmable. Lead resistances are compensated by means of a four wire circuit. A three or two wire circuit can also be implemented. Screw terminals clamp<BR/>Reverse polarity protected<BR/>Offset can be set by software<BR/>Emission and noise immunity acc. To EN 61326 standard

The LKMelectronic Temperature Transmitter is a digital, programmable, galvanically isolated transmitter in 3 wire technology for mounting on the standard rail. It is especially designed for use in motor vehicles. It is characterized by high noise immunity and a wide supply voltage range. Even with a supply voltage of 8V, a linear output signal of 20 mA is achieved. The transmitter can be programmed for different thermocouples according to DIN EN 60584 3. The temperature compensation is done in the transmitter itself. Narrow design<BR/>Reverse polarity protected<BR/>Shock resistance has been optimized<BR/>little space is required on the standard rail<BR/>Emission and noise immunity acc. To EN 61326 standard

The LKMelectronic Temperature Transmitter is an analogue transmitter for Pt100, Pt1000 temperature sensors according to DIN EN 60751 for mounting on the 35 mm DIN rail. It converts the temperature dependent resistance signal of the sensors into an output voltage signal of 0 to 10V. The output signal is highly accurate temperature linear. The transmitter is delivered from the factory calibrated to customer specifications. Zero and span controller<BR/>Reverse polarity protected<BR/>Lead resistances is eliminated<BR/>Possible without loss of accuracy<BR/>Emission and immunity acc. To EN 61326 standard

The LKMelectronic Temperature Transmitter is an analogue transmitter for Pt100, Pt1000 temperature sensors according to DIN EN 60751. Events for mounting on the 35mm DIN rail. The temperature dependent resistance signal of the sensors is converted a standard signal of 4 to 20mA. The output signal is highly accurate temperature linear. The transmitter is delivered from the factory calibrated to customer specifications. Zero and span controller<BR/>Reverse polarity protected<BR/>Lead resistances is largely eliminated<BR/>Correction of the line resistance possible<BR/>Emission and immunity acc. To EN 61326 standard

The LKMelectronic Temperature Transmitter is an analogue transmitter for Pt100, Pt1000 temperature sensors according to DIN EN 60751 for mounting on the 35 mm DIN rail. It converts the temperature dependent resistance signal of the sensors into an output voltage signal of 0 to 10V. The output signal is highly accurate temperature linear. The transmitter is delivered from the factory calibrated to customer specifications. Zero and span controller<BR/>Reverse polarity protected<BR/>Lead resistances is eliminated<BR/>Possible without loss of accuracy<BR/>Emission and immunity acc. To EN 61326 standard