CP-1008 CP-1000
Sales and production discontinued

CP-1091_kopie_93TXN 110 96

CP-1096, CPU+LCD4x20, ETH100/10, 1x RS232, 1xSCH, 6xAI/DI, 6xDI, 1x DI/230VAC; 9xDO; 3xRO; 4xAO 1xCIB

DI
DO
AI 6 AI/DI see DI
AO
COM 1x ETH
1x RS-485
1x slot for Submodule
1x TCL2 master
1x CIB master
SENSOR
Picture Variant Variant description
CP-1091
CP-1091_kopie_93
CP-1091, CPU, ETH100/10, 1x RS232, 1xSCH, 6xAI/DI, 6xDI, 1x DI/230VAC; 2xDI/230VAC,9xDO; 3xRO, 1xCIB
Order num. TXN 110 96
Teco code TXN 110 96
Categories Foxtrot 1 - Basic modules
Tags Sales and production discontinued
System parameters of the central unit
Row of central unit L
User program memory 384 + 64 kB
Memory for user variables / including RETAIN variables 192 kB/48 kB
Instruction length 2 ÷ 10 bytes
Backup of program source code in PLC Yes, in program backup memory (EEPROM)
On-line program change in PLC Yes, including I / O configuration change
Memory for project archiving - internal 2 MB
DataBox - additional internal data memory 512 kB
Optional memory card slot SD - Card Slot
Cycle time per 1k of logic instructions 0,2 ms
Development environment Mosaic
Programming languages ST, IL, LD, FBD, SFC, CFC
RTC - Real time circuit No
RAM and RTC backup 1) without / with backup battery type. 500 hr / typ. 20,000 hours
Integrated Web server Yes
Integrated Datalogger Yes
Access to PLC variables via web API Yes
Notice 1) Applies to the basic module without power supply, the backup circuits are disconnected when the power supply is switched on 2) The serial interface CH1 is permanently equipped with an RS-485 interface. The serial interface type CH2 to CH4 is selectable via interchangeable submodules
COM - Communication - IP/Ethernet
Ethernet 10/100 Mb (ETHx) 1
Available system modes on ETH and WLAN UNI, PC, PLC, PLD
TCP / IP protocol Yes
UDP protocol No
HTTP protocol No
WebSocket protocol No
Protocol MODBUS/TCP No
SMTP protocol No
IEC 60870-5-104 protocol No
REST API No
COM - Serial channels
max. number of optional serial channels in the basic module 2
max. number of expanding serial channels on the TCL2 bus 6
Number of internal RS-485 serial channels 1
Communication speed of the internal serial channel optional
Available system modes on CH5-10 UNI, CSJ (CAN)
Modbus RTU / ASCII master protocol No
Modbus protocol RTU/ASCII slave No
Profibus DP master protocol (<180 kbit/s) No
COM - System buses
TCL2 - system I/O bus 1x TCL2 master
TCL2 - Range of one branch of the system I/O bus 10 I / O modules + 4 operator panels + 6 serial channels
The communication rate of the system I / O bus 345 kbps
System I / O bus terminating resistor 120 Ω
CIB - Common Installation Bus (R): Installation I/O bus 1x CIB master (100 mA)
CIB - Address range of one branch of the installation bus 32 CFox I/O modules
DI - Organization of binary inputs
Total number of binary inputs 13
Number of groups of binary inputs 3
Organization of binary inputs into groups 6x DI (DI0-DI5)
6x DI (DI6-DI11)
1x DI 230 V AC (HDO)
DI - Parameters of binary inputs DC (group A)
Parameters valid for inputs on the terminals DI0-DI5
Number of inputs in group 6
Common wire AGND - module ground
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 indication of energized input by LED on module panel
Input voltage for log. 0 2,3 V DC min.; 12 V DC max.
Input voltage for log. 1 1 V DC max.
Input current at log. 1 (typ.) -1,7 mA
Delay from log. 0 to log. 1 1 ms
Delay from log. 1 to log. 0 1 ms
Notice 1) Due to the possible interaction of individual inputs, it is necessary to divide the individual circuits as close as possible to the AGND terminal as indicated in Figure 4.1.
DI - Parameters of DC binary inputs (group B)
Parameters valid for inputs on the terminals DI6 – DI11
Number of inputs in group 6
Common wire minus
Input type (IEC) Type 1 (IEC) - passive
Galvanic separation of inputs from internal circuits No
Diagnostics indication of energized input by LED on module panel
Input voltage for log. 0 2,3 V DC min.; 12 V DC max.
Input current at log. 1 (typ.) typ. 5 mA
Notice *) - inputs DI6 and DI7 are connected to common terminals with AO2 and AO3 - the function is selected in the programming environment
DI - Parameters of binary AC inputs
Parameters valid for AC inputs on the terminals HDO
Total number of binary AC inputs 1
Number of groups of AC inputs 1
Number of AC inputs in group 1
Organization of binary inputs into groups 1x DI 230 V AC (DI12)
Input type 230 V AC
Galvanic isolation of internal circuits Yes
Input voltage for log. 0 0 V AC min., 120 V AC max.
Input voltage for log. 1 230 V AC typ., 200 V AC min., 250 V AC max.
Input current at log. 1 (typ.) 5 mA typ.
Delay from log. 0 to log. 1 10 ms
Delay from log. 1 to log. 0 10 ms
HSC - Counter input parameters
The parameters are valid for inputs DI6-DI11
Special input functions one-way counter
Counter: Input frequency / resolution 10 kHz / 1 pulse
Pulse width min. 20 μs
Delay from log. 0 per log. 1 4 μs
Delay from log. 1 per log. 0 4 μs
Range of registers up to 32 bits, 0 to 4 294 967 296
DO/RO - Organization of binary outputs
Total number of binary outputs 9
Number of binary output groups 2
Organization of binary outputs into groups 8x DO (DO0-DO7)
1x DO (DO8)
DO - Parameters of binary transistor outputs (group A)
Parameters valid for the terminals DO0-DO7, DO8
Number of transistor outputs 9
Number of output groups 2
Number of outputs in group 8
Organization of transistor outputs into groups 8x DO (DO0-DO7); 1x DO (DO8)
Output type MOSFET (Low-side switch)
Galvanic separation from internal circuits No
Diagnostics indication of energized output by LED on module panel
Switching voltage 10 – 32 V DC
Switching current, output load 0,5 A max.
Residual current max. 10 μA
Short circuit protection current limitation (without signaling)
Transistor output protection ESD, overvoltage, temperature, polarity reversal
Special functions (A) PWM
Operating frequency 20 kHz max.
Notice 1) Check the correct connection of the minus pole of the power supply circuit of the L2 source (Fig. 4.1) to the GDO terminals for the output circuits. If the power supply is not connected correctly, the limit current for disconnecting 150 mA outputs for the whole group - deactivation of outputs DO0-DO8 with signaling of this state by flashing LEDs of the whole group and setting of appropriate OVL bit in binary input group is performed by setting the COVL bit in the DO binary output group from zero to 1.
RO - Parameters of binary relay outputs (group A)
Number of relay outputs 3
Number of output groups 3
Number of outputs in group 1
Organization of relay outputs into groups 1x RO (DO9) + 1x RO (DO10) + 1x RO (DO11)
Output type electromechanical relay, unprotected output
Contact type NO - Normally Open
Diagnose Alarm signaling on panel module
Switching current 16 A max., 100 mA min.
Switching voltage 250 V AC max., 5 V AC min., 30V DC max.
Short-term output overload - inrush 80 A max. (20 ms max.)
Contact closing time typ. 15 ms
Contact opening time typ. 5ms
Limit values of switched resistive load max. 16A at 30 V DC or 230 V AC
Switching inductive load limits DC13 max. 1 A at 30 V DC
Switching inductive load limits AC15 max. 3.5 A at 230 V AC
Switching frequency without load max. 300 switching / min.
Switching frequency with rated load max. 20 switching / min.
Mechanical life min. 20 000 000 cycles
Electrical life at maximum resistive load min. 500,000 cycles
Electrical life at maximum load inductive DC13 min. 50,000 cycles
Electrical life at maximum load for UL TV-5 light sources min. 25,000 cycles
Short-circuit protection No
Treatment of inductive load External RC element, varistor (AC), diode (DC)
Notice! 1) Attention! The insulation strength between contact groups COM1-DO9, COM2-DO10 and COM3-DO11 does not meet the requirements for double insulation. If one group is used for mains voltage, the other groups must not be used for circuits with SELV or PELV voltage!
AI - Organization of analog inputs
Total number of analog inputs 6
Number of inputs per group 6
Number of analog input groups 1
Organization of analog inputs into groups 6x DI/AI (DI0/AI0 - DI5/AI5)
Input type With common clamp
Common wire AGND clamp
Galvanic separation from internal circuits No
Diagnostics signaling overload, disconnection and short-circuiting of the sensor in the status word
Type of protection integrated overvoltage protections
External power supply No
Digital resolution 12 bit
Converter type Approximation
Operating modes periodic input sensing
Filtration low pass filter, digital comb filter 50/60 Hz
AI - Analog Input Ranges (Group A)
Passive sensor Pt1000, W100 = 1,385 (-90 to +400 ° C)
Passive sensor Pt1000, W100 = 1,391 (-90 to +400 ° C)
Passive sensor Ni1000, W100 = 1,500 (–60 to +200 ° C)
Passive sensor Ni1000, W100 = 1.617 (-60 to +200 ° C)
Passive sensor Resistance transmitter 0-2 kOhm
Passive sensor KTY81-121; PTC thermistor (-55 to + 125 °C)
Input impedance in signal range RTD > 4 kΩ
Resistance measurement error - maximum error at 25 ° C ± 0.5% of full scale
Resistance measurement error - temperature coefficient ± 0.05% of full scale / K
Resistance measurement error - non-linearity ± 0.09% of full scale
Resistance measurement error - repeatability at steady conditions 0.07% of full scale
Max. permissible permanent overload of analog input (without damage) –20 to +30 V (each AI terminal against AGND)
Detection of disconnected sensor yes, in status word, range overflow
AO - Analog output parameters
Number of outputs in group 4
Organization of outputs in groups 2x AO (AO0-AO1) + 2x AO (DI6/AO1-DI7/AO3)
Parameters valid for the terminals AO0-AO1, DI6/AO1-DI7/AO3
Common wire of group minus
Galvanic isolation from internal circuits No
Output type active voltage output
Type of protection integrated overvoltage protections
Max. permissible permanent overload (without damage) ± 20 V, each terminal against AGND
Converter resolution 12 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
External power supply No
Voltage output - voltage 0 - 10 V
Voltage output - Resolution 1 LSB 10,546 mV
Voltage output - maximum output current 10 mA
Notice *) AO2 and AO3 are connected to common terminals DI6 and DI7 - the function is selected in the programming environment
Power supply
Nominal supply voltage (V) 24 V DC
Supply voltage, tolerances 24 V DC, +25%, -15%, SELV
Supply voltage when backing up with an external battery 27 V DC, +10%, –15%, SELV
Typical power input 8 W
Maximum power input 10 W
Module thermal/power loss 7 W
Maximum current consumption (mA) 500 mA
Galvanic separation of power supply from internal circuits No
Internal protection Yes, PTC reversible fuse
Description of power supply Difference between typical and maximum power input is given by possible load of CIB buses and number of switched outputs and CPU load
CIB branch power supply - parameters of the built-in master 1x 100 mA/ 24 V DC
Size and weight
Weight approx. 300 g
Product dimensions (width x height x depth) 158 x 92 x 63 mm
Module width in multiples of M (17.5 mm) 9M
Product dimensions (width x height x depth) 158 x 92 x 63 mm
Operating conditions, product standards
Product standard ČSN EN 61131-2:2008 (idt IEC 61131-2:2007) - Programmable control units
Protection class of electrical object II, according to ČSN EN 61140 ed.3: 2016 (idt IEC 61140:2016)
IP rating (Ingress Protection) according to ČSN EN 60529: 1993 (idt IEC 529: 1989) IP20
Operating areas Normal, acc. ČSN 33 2000-1 ed.2: 2009 (mod IEC 60354-1:2005)
Degree of pollution 1, according to ČSN EN 60664-1 ed.2:2008 ( idt IEC 60664-1:2007)
Overvoltage category installation II, according to EN 60664-1 ed_2: 2008 (idt IEC 60641-1: 2007)
Type of device Module on DIN rail
Working position Vertical
Type of operation (operating frequency) Continuous
Ambient operating temperatures -20 °C to + 55 °C
Operating relative humidity from 10 % up to 95 % without condensation
Operating atmospheric pressure min. 70 kPa (<3,000 m above sea level)
Storage temperatures –25 °C to +70 °C
Electromagnetic compatibility, Mechanical endurance
Electromagnetic compatibility / Emission A, according to EN 55032 ed. 2: 2017 (idt CISPR 32: 2015)
Electromagnetic compatibility / Immunity min. as required by EN 61131-2: 2007
Sinusoidal vibration endurance 10 Hz to 57 Hz, amplitude 0,075 mm, 57 Hz to 150 Hz, acceleration 1 G (Fc test according to EN 60068-2-6: 1997 (idt IEC 68-2-6: 1995), 10 cycles per axis.)
Installation
Assembly description Mounting on DIN rail 35 / 7.5 (U) in the switchboard
Exchangeable submodules    Optionale MR-01xx-Submodule mit serieller Kanal 2-Schnittstelle sind im Basismodul CP-1091 auf der mittleren Prozessorkarte an der in Abb. 7.1 markierten Position montiert.
    Wenn ein Submodul durch eine serielle Kanalschnittstelle hinzugefügt oder ersetzt werden muss, müssen die Verriegelungen am unteren Teil der Abdeckung gelöst, der Sockel entfernt, die untere und mittlere Platte der Platinenbaugruppe entfernt und das Submodul in der vorbereiteten Position auf der Mittelplatte montiert werden - achten Sie auf die richtige Ausrichtung! Vor dem Zusammenbau muss zuerst die obere Platte der Baugruppe von der Abdeckung entfernt werden (indem Sie die linke Seite der Abdeckung leicht biegen und vorsichtig auf den Ethernet-Anschluss drücken, lösen Sie die Platine von den Verriegelungen oben auf der Abdeckung). Setzen Sie die obere Platte in die Gabeln auf der mittleren Platte ein, setzen Sie die gesamte Baugruppe in den Sockel ein und schieben Sie sie zusammen in die Abdeckung. Die obere Platte muss zwischen den Verriegelungsnasen an der Seite der Abdeckung und den Verriegelungen am Sockel in die Löcher an der Seite der Abdeckung passen.
Connection
Connection of power and system communication connector with 2.5 mm2 screw terminal
Connection of inputs / outputs connector with screw terminal 2.5 mm2
Ethernet RJ-45
Serial channels screw-type connector 9x 2.5 mm2
Module operation
Module configuration The module is operated, set up and diagnosed from the Mosaic development environment.
Commissioning The module is ready for operation after connecting the supply voltage. The MODE button is available on the module panel to display the currently set Ethernet IP address. The parameters of all interfaces are set in the Mosaic development environment.
Commissioning The module is ready for operation after connecting the supply voltage. There is a MODE button on the module panel to display the currently set Ethernet IP address. The parameters of all interfaces are set in the Mosaic development environment. The exact setting procedure is given in the TXV00410 documentation. Other activities (programming, application debugging, etc.) are performed in the Mosaic development environment.
Module diagnostics The basic diagnostic system of the module is part of its standard software. It has been in operation since the module power was turned on and works independently of the user. Diagnosed error states of the module and connected peripheral modules of the assembly are signaled on the display module and are available for processing by the master system. For more detailed information, see TXV00410.
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.
Warning 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 touch the printed circuit boards directly 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.

HW documentation

PDF

CP-1091/1096 Basic Documentation

286.88 kB, (CS, EN)

User manuals

PDF

Foxtrot1 - User's Guide, cze, , TXV00410_01

3.40 MB
PDF

Foxtrot1 - User Manual (en), TXV00410_02

4.30 MB

Files for designers

DWG

CP-1091/1096 technical drawing 1 DWG

152.32 kB
DXF

CP-1091/1096 technical drawing 1 DXF

435.87 kB
DWG

CP-1091/1096 - technical drawing 2 DWG

59.55 kB
DXF

CP-1091/1096 - technical drawing 2 DXF

100.92 kB

No data available.

No data available.