Frequency divider up to 1MHz, division ratios adjustable from 1:2 up to 1:20, shape 17,5mm. Frequency Divider, Pulse Divider 1MHz Division ratios 1:2 up to 1:20Input frequency up to1MHzOutput 24VDC/100mAShort-circuit proof Status display in front panelPush-pull output, galvanic isolatedMountable on 35mm cap rail TS35Clear terminal labelingNarrow designShape 17,5mm, superlowPB - Power-Bus - compatibleHigh reliability, 5 years warrantyThe frequency dividers of the series FT1 have been developed for dividing digital frequencies up to 1MHz from pulse generators or similar sources, for processing with SPS or other systems. Division ratios from 1:2 up to 1:20 are adjustable.Datasheet

Analog-frequency converter up to 100kHz. Norm signal input. Power supply 24V. Shape 17,5mm. Analog / Frequency - Converter Linearity error < 0,01%Output frequency 0Hz up to 100kHzInput 0-10V / 0/4-20mAFreely configurable via Dip-switchPush-pull output 100mA, short-circuit proof Status display in outputMountable on 35mm cap rail TS35Clear terminal labelingNarrow designShape 17,5mmPB - Power-Bus - compatibleHigh reliability, 5 years warrantyThe Analog / Frequency-Converters of the series FW1 are converting norm signals into a linear frequency up to 100kHz.Datasheet

Frequency / Analog - Converter up to 100kHz. Norm signal output. Power supply 24V. Shape 17,5mm. Frequency / Analog - Converter Linearity error < 0,01%Input frequency 0Hz up to 100kHzOutput 0-10V / 0/4-20mAFreely configurable via Dip-switchStatus display in inputMountable on 35mm cap rail TS35Clear terminal labelingNarrow designShape 17,5mmPB - Power-Bus - compatibleHigh reliability, 5 years warrantyThe Frequency / Analog - Converters of the series FW2 are converting a frequency up to 100kHz into a linear norm signal.Datasheet

Digital frequency / analog - converter for low frequencies. Power supply 20...253Vuc. Shape 22,5mm. Digital Frequency / Analog - Converter Linearity error < 0,2%Input frequency 0,01Hz up to 10kHzVia rotary switch configurableOutput 0-10V / 0/4-20mA configurableFreely configurable via Dip-switchSupply voltage 20...253VucStatus display in input Mountable on 35mm cap rail TS35Clear terminal labelingNarrow designShape 22,5mmHigh reliability, 5 years warranty The devices of the series FW3 frequency / analog - converters have been developed for proportional converting of low to middle frequencies into a norm signal.  With this series frequencies from 1Hz up to 10kHz (15 measurement ranges adjustable) can be converted into analog signals from 0...10V resp. 0/4...20mA . The frequency / analog - converters are working according to the priciple of the pulse-width- measurement and therefore are providing a valid measurement signal after two signal periods only. Additional the FW3 is eqipped with an integrated limit switch. Therefore, these modules are particularly suitable for signal processing in flow meters.Datasheet

Digital frequency / analog - converter with direction of rotation detector . Power supply 20...253Vuc. Shape 22,5mm. Digital Frequency / Analog - Converter with direction of rotation detector Linearity error < 0,2%Input frequency 0Hz...10Hz up to 0...200kHzVia rotary switch configurableDirection of rotation evaluation Output 0-10V / 0/4-20mA configurableFreely configurable via Dip-switchSupply voltage 20...253VucStatus display in inputMountable on 35mm cap rail TS35Clear terminal labelingNarrow designShape 22,5mmHigh reliability, 5 years warranty The devices of the Frequency / Analog - Converters series FW4 have been developed for proportional converting of square wave fequencies up to  200kHz into a norm signal 0...10V resp. 0/4...20mA. If a  signal  with 90° phase shifted pulses is connected, in case of direction of rotation change the polarity of the analog signal will be changed and an optocoupler output will be active. So, it is possible to generate an analog tachometer signal from a digital encoder.Datasheet

digital PWM Analog-converter with normsignal output. Power supply 20...253Vuc. Housing 22,5mm. Linearity error < 0,2%PWM input frequency 20Hz to 2kHzPWM limits adjustableOutput voltage/current switchableStatus display of the input frequencyMonitoring of PWM limits / frequencySupply 20...253VucMountable on 35mm cap rail TS35Clear terminal labelingNarrow design Shape 22,5mm High reliability, 5 years warrantyThe devices of the series FW5 PWM-analog converter have been developed for proportional converting of PWM square wave signals with frequencies of PWM 20Hz to 2kHz into norm signals 0...10V or 0/4...20mA. The mark-to-space ratio in the range of 3…97% and 20…80% is adjustable via potentiometer or rotary switch. The limits of the PWM signal as well as the input frequency are monitored, in case of a deviation it is signaled via a fault signal output and an LED (H3) in the front panel. The nominal input level is 24V, the PWM signal form is limited to square wave pulses. Via control input „ENABLE „the function of the device is enabled. In closed condition the analog output and the fault signal output is set to “0”. Via Dip-switch S2 the analog output is switched to usual norm signals 0...10V and 0/4...20mA. The LED´s H1 and H2 are signaling the state of the input frequency or enable input.Datasheet

digital Analog-PWM-Converter. konfigurable. Housing 6,3mm. Power supply 24Vdc. Analog – PWM – ConverterPWM frequency configurable 10Hz...5kHzPWM Measurement range configurable 0...100% / 30...70%galvanic 3-way isolation between Input - Output - Power supplyCurrent or voltage input configurableFault alarm outputSupply 24VDCfor rail mounting TS35clear terminal marking Device width 6.2mmhigh reliability, 5 years warrantyThe analog PWM converter is used to convert an analog standard signal of 0/4...20mA, 0/2...10mA or 0/2...10V, 0/1...5V into a proportional PWM signal with frequencies from 10 Hz to 5 kHz and pulse-pause ratios from 0...100% to 30...70%. The measuring range can be configured by the user, via DIP switches (according to table). An optocoupler output and a red LED on the front of the housing indicate when the measuring range is exceeded or undershot. A yellow LED indicates that the module is ready for operation. To activate the configuration via the integrated USB interface, all dip switches must be set to "off". Furthermore the LEG parameterization software "LEGset" and a USB cable (Micro USB) are required, an additional adapter is NOT necessary.Datasheet