TM5SE1MISC20005 Presentation

Overview

The digital signal processor module TM5SE1MISC20005 is used for encoder emulation, frequency inverters, or servo axes with the speed follow function can follow a real or virtual master axis.

The TM5SE1MISC20005 module provides the following features:

o3 digital 5 V channels, configurable as inputs or outputs

o2 digital 24 V input channels

oEncoder evaluation (A/B) with one reference pulse

Main Characteristics

The following table describes the main characteristics of the digital signal processor module TM5SE1MISC20005:

Main characteristics

Number of digital inputs

2

Number of input channels

1

Encoder type

Incremental

Output counting frequency

maximum 4 MHz using 4 x evaluation

Encoder supply

24 Vdc

Encoder output

5 V symmetrical

Counter functions

Encoder emulation (A/B) with one reference pulse

Resolution

16/32-bit

Ordering Information

The illustration below shows the TM5SE1MISC20005:

G-SE-0000922.2.gif-high.gif

 

 

The following table shows the references for the terminal block and the bus bases associated with the TM5SE1MISC20005:

Number

Reference

Description

Color

1

TM5ACBM11

or

TM5ACBM15

Bus base

 

Bus base with address setting

White

 

White

2

TM5SE1MISC20005

Electronic module

White

3

TM5ACTB12

Terminal block, 12 pins

White

NOTE: For more information, refer to TM5 bus bases and terminal blocks.

Status LEDs

The following illustration describes the LEDs for TM5SE1MISC20005:

G-SE-0058563.2.gif-high.gif

 

 

The table shows the TM5SE1MISC20005 status LEDs:

LED

Color

Status

Description

r

Green

Off

No power supply

Single flash

Reset state

Double flash

Boot state (during firmware update)

Depending on the configuration, a firmware update can take up to several minutes.

Flashing

Preoperational state

On

Normal operation

e

 

 

Red

 

 

Off

OK or no power supply

On

Error detected or reset state

Single flash

Input / output error detected.

Double flash

System error detected.

Triple flash

I/O error and system error occur together.

0-4

Green

On

Status of the corresponding digital signal.