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2. Compatibility Hint
This product is a successor model of the thousandfold proven converter type FU251. The new product is suitable for a 100% replacement of the previous model, however some differences must be observed with DIL switch settings and parameter settings.
Some essential advantages of FU252 compared to FU251 are:
Maximum frequency 1 MHz (instead of 500 kHz)
Total conversion time in-out = 1 ms (this was no more assured with
FU251 after the modifications necessary for RoHS conformity)
Capability to accept even single-ended TTL input signals
(i.e. TTL input A only without inverted TTL signal /A)
The setting of the analog format (+/-10 V, 0 … 10 V or 0/4 … 20 mA) can be done by a supplementary DIL switch (no more PC required)
Enhanced auxiliary output 5 V / 250 mA for encoder supply
Fu252_02g_oi_e.doc / Apr-16 Page 6 / 36
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Table of contents
- 4 SAFETY INSTRUCTIONS AND RESPONSIBILITY
- 4 General Safety Instructions
- 4 Use according to the intended purpose
- 5 Installation
- 5 Cleaning, Maintenance and Service Notes
- 6 COMPATIBILITY HINT
- 7 INTRODUCTION
- 7 Impulse input formats and input levels
- 8 Operating range
- 8 Suitable encoders and sensors
- 9 TERMINAL ASSIGNMENTS AND CONNECTIONS
- 9 Example for use of TTL encoders
- 10 Example for use of HTL encoders
- 10 Proximity switches, photocells etc
- 10 Analog output
- 11 Serial interface
- 12 DIL SWITCH SETTINGS
- 12 Basic mode of operation
- 13 Impulse levels and symmetric / asymmetric input formats
- 14 Analog output format
- 15 Selecting the RS232 or the RS485 serial interface
- 15 Teach function, Test function, loading of default settings
- 16 COMMISSIONING
- 17 Conversion and combination of two independent frequencies
- 18 PC SETUP VIA OPERATOR SOFTWARE OS3.X
- 20 PARAMETER DESCRIPTION
- 27 FREE PROGRAMMABLE LINEARIZATION
- 29 MONITOR FUNCTIONS
- 31 DATA READOUT VIA SERIAL INTERFACE
- 32 DIMENSIONS
- 33 TECHNICAL SPECIFICATIONS
- 34 INTERNAL REGISTERS AND SERIAL CODES
- 36 COMMISSIONING FORM