C-OS-0808M Модуль CIB, 8×DI, 8×быстрых DO, управление 2 шаговыми двигателями

Expansion module C-OS-0808M with 8 binary inputs at the level of 24 V DC and 2x4 fast transistor outputs usable for direct control of two unipolar or bipolar stepper motors. Inputs and outputs can also be used universally and can be set manually mode with the buttons on the front panel. The module is equipped with removable screw connectors. The module is designed for a DIN rail switchboard. It is connected to the Foxtrot basic module via a two-wire CIB Common Installation Bus®.

DI	8x DI (3+5)
DI/AI
DO	8x DO (4+4)
AI
AO
COM	1x CIB slave
SENSOR

COM - System buses
CIB - Common Installation Bus (R): Installation I/O bus	1x CIB slave
DI - Parameters of binary inputs DC (group A)
Parameters valid for inputs on the terminals	DI1/AI1 - DI3/AI3
Number of inputs in group	3
Common wire	plus
Combined input type	DI/AI Active, for sensing potential-free contacts and measuring resistance sensors
Galvanic isolation of inputs from internal/peripheral circuits	No
Diagnostics	signaling of excited input in Mosaic
Pulse input overload capacity	max. 30 V (t < 10 ms)
Input voltage	3.3 V from internal source
Input current at log. 1 (typ.)	0.35 mA typ.
Delay from log. 0 to log. 1	5 ms
Delay from log. 1 to log. 0	5 ms
The minimum width of the captured pulse	5 ms
RO - Parameters of binary relay outputs (group A)
Number of relay outputs	2
Output type	electromechanical relay, unprotected output
Contact type	NO - Normally Open
Galvanic separation from internal circuits	Yes
Switching current	1 A max. 100 mA min.
Switching voltage	30 V DC max.
Short-term output overload - inrush	2 A max.
Current through common clamp	4 A max.
Contact closing time	typ. 10 ms
Contact opening time	typ. 4 ms
Switching frequency without load	max. 300 switching / min.
Switching frequency with rated load	max. 20 switching / min.
Mechanical life	min. 5,000,000 cycles
Electrical life at maximum resistive load	min. 100,000 cycles
Electrical life at maximum load inductive DC13	min. 100,000 cycles
Short-circuit protection	No
Treatment of inductive load	External RC element, varistor (AC), diode (DC)
AI - Organization of analog inputs
Total number of analog inputs	3
Input type	With common clamp
Common wire	Plus
Galvanic separation from internal circuits	No
Diagnostics	overload signaling in status word
External power supply	No
Converter type	Approximation
Analog input error - Temperature coefficient	± 0,1% of full scale/K
Analog input error - Steady state repeatability	± 0,5% of full scale
AI - Analog Input Ranges (Group A)
Passive sensor	NTC Thermistor 12k / 25 °C (-40 to + 125 °C)
DI: Voltage-free contact	0 when> 1.5 kOhm, 1 when <0.5 kOhm
AO - Analog output parameters
Galvanic isolation from internal circuits	No
Converter resolution	8 bit
conversion time	10 μs
Analog output error - maximum error at 25 ° C	± 2% of full scale
Analog output error - temperature coefficient	± 0.3% of full scale / K
Analog output error - linearity	± 0.7% of full scale
Analog output error - repeatability under steady state conditions	± 0.5% of full scale
Voltage output - voltage	0 - 10,5 V
Voltage output - Resolution 1 LSB	10,546 mV
Voltage output - maximum output current	10 mA
Size and weight
Weight approx.	100 g
Product dimensions (width x height x depth)	82,7 x 80,8 x 32 mm
Packaginng, transportation, storage
Description	The module is packed in a paper box. This documentation is also part of the package. The outer packaging is carried out according to the scope of the order and the method of transport in a transport package provided with labels and other data necessary for transport. The product must not be exposed to direct weather conditions during transport and storage. Malting of the product is only allowed in clean rooms without conductive dust, aggressive gases and vapors. The most suitable storage temperature is 20 ° C
Installation
Assembly description	The module is mounted in a vertical position on the U-rail ČSN EN 50022. Installation of the assembly (basic module and possibly peripheral modules) is performed according to TXV 004 13.
Connection
Connection description	The modules are implemented as standard units on a two-wire CIB bus, which ensures communication and power supply of the entire module. The CIB bus can have any topology and branching up to a distance of 500 m and up to 32 units on one CIB branch. The CIB bus master is the FOXTROT base unit or the CF-1141 module. Further information can be found in the manual Peripheral modules on the CIB TXV 004 13.
Connection of power and system communication	terminal block with screw terminal 2.5 mm2
Connection of inputs / outputs	terminal block with screw terminal 2.5 mm2
Module installation tools	(-) 3 mm, flat screwdriver
Module operation
Module configuration	The module is configured using jumpers. The "FOUT MODE" jumper allows you to select the FOUT output type. The output can be configured as a standard 0 ÷ 10V analog output or a PWM output. The "CIB SUPPLY" jumper is used to activate the CIB bus supply. If the bus supply is set to "ACTIVE", the module provides the supply voltage for the CIB bus.
Commissioning	The module is operated, set and diagnosed from the MOSAIC programming environment or other parameterization software. The module is ready for operation after connecting the supply voltage and the CIB bus. The HW address is indicated on the label on the module.
Maintenance
Description	The module does not require any maintenance under general installation conditions. The operations in which a part of the module has to be dismantled must always be carried out with the supply voltage disconnected.
Notice	Because the module contains semiconductor components, it is necessary to follow the principles for working with electrostatic sensitive components when handling the removed cover. It is not allowed to directly touch the printed circuit boards without protective measures !!!
Warranty
Generally	Warranty and complaint conditions are governed by the Terms and Conditions of Teco a.s.
Notice	You must meet all the conditions of this documentation before turning on the system. The system must not be put into service unless it has been verified and confirmed that the machinery meets the requirements of Directive 89/392 / EEC, in so far as it applies to it. Documentation subject to change.