Siemens SIMOCODE pro User Manual

Description of the blocks
4.7 MMRevDhl motor block
SIMOCODE pro PCS 7 Library V9.0
Programming and Operating Manual, 06/2017, A5E40899442002A/RS-AA/001
211
"Interlock active" output via the LockAct parameter
The LockAct parameter is always set automatically if an interlock is set in the following
parameters:
●
Intlock
●
Permit
●
Protect
●
Trip
The
LockAct = 0 parameter if the interlock is canceled and the interlocks that require
acknowledgments have been acknowledged.
You can bypass the interlock using
BypProt = 1 in local mode and during simulation. This
also makes
LockAct = 0.
How the signal status affects the interlocks
There are three ways in which the signal status affects the interlocks:
No.
Icon
Signal status
1
Simulation
(16#60):
• If the interlock signal with the status 16#60 brings about a cancela-
tion of the interlock, this is processed as a bypass of the interlock in
the block.
• If the interlock signal with status 16#60 does not bring about a can-
celation of the interlock, this is processed in the block as simulation.
2 "bad, device-related" (16#28) or " bad, process-related" (16#00)
→ The signal status is used to activate the motor to stop.
3 – Signal status ≠
Simulation,
"bad, device-related" and " bad, process-
related"
→ No change in the block
Reference
MMRevDhl - Standard (Page 223)

Siemens SIMOCODE pro Specifications

General

Protection Class	IP20
Mounting Type	DIN rail mounting
Rated Operational Voltage	24 V DC
Rated Current	Up to 820 A
Protection Functions	Overload, short-circuit, phase failure, asymmetry, ground fault, motor stall
Operating Temperature Range	-25°C to +60°C
Communication Protocols	PROFIBUS DP, PROFINET, Modbus RTU
Analog Outputs	Up to 2
Temperature Monitoring	PTC/KTY, RTD (PT100/PT1000)
Digital Outputs	Relay outputs, Solid-state outputs
Analog Inputs	0/4-20mA, PT100/PT1000

Summary

Introduction

Security information

Discusses Siemens' commitment to industrial security and customer responsibilities.

Components of the software package

Lists the blocks and other components included in the SIMOCODE pro PCS 7 Library V9.0.

Configuration Steps

Details the procedures for configuring SIMOCODE pro devices in HW Config and CFC.

Driver generator

Explains the function and purpose of the driver generator for signal processing in PCS 7.

Parameterization softwares

Templates

Overview of the templates, control functions and blocks

Introduces templates for adopting control functions and lists associated blocks.

Using templates

Explains how to instantiate and interconnect templates within the SIMOCODE pro Library in CFC.

Block icons and faceplate views

Faceplates

Explains the structure, navigation, and views (Batch, Trend, Alarm, Preview) of SIMOCODE pro faceplates.

Description of the blocks

Functions for all blocks

Diagnostics block MMDiag

Details the MMDiag block's purpose, messages, and driver generator integration.

MMOprtn block

Provides an overview of the MMOprtn block, its purpose, views, and parameters.

Block for MMMeas measured value function

Describes the MMMeas block for gathering measured value parameters and diagnostic data.

Block for statistical function MMStat

Block for timestamping MMLog

MMRevDhl motor block

Covers the MMRevDhl block for controlling Dahlander High Feature reversing starters.

Parameter

MMDiag block parameter

Block parameter MMOprtn

Details input and output parameters for the MMOprtn block.

Block parameter MMMeas

Block parameter MMStat

Block parameter MMLog

Block parameter MMRevDhl

Details input and output parameters for the MMRevDhl block.