| Customization: | Available |
|---|---|
| Task: | Program |
| Structure: | Combination |
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CTSC-200 series is a new generation of high-performance PLC with high cost-effective,excellent performance,multi-protocol communication ports and a abundant instruction,which can apply to various of industries and adapt to the complex control requirements of small and medium control system.
Powerful communication capability
Ethernet communication mode:10/100Mbps Ethernet support MODBUS_TCP and UDP_PP protocol.Multiple host networking communication in the LAN, to programming, debugging and remote monitoring in the WAN.
PPI communication mode:CTSC-200 series CPU integrated 1-2 PPI port which hardware interface is the RS485 or RS232,provide communication rate 9.6Kbps,19.2Kbps,187.5Kbps,PPI is token-ring network structure,can form PPI network without relay,to complete data exchange through NETR and NETW,each exchange package can be up to 200bytes,each CPU can connect eight modules,that is each CPU can connect to 8 PC or other CPU.
If the I/O of some system is relatively too large that one CPU can not meet requirement,can achieve by several CPU,multi-CPU structure can achieve distributed control thant with high sstem reliability.The data exchange is extremely fast and convenient because of the powerful communication capability among different CPUs.
MPI communication mode:CTSC-200 series CPU can connect to the MPI network,communication rate 19.2Kbps,187.5Kbps which only work as slave station in the MPI network.The different slave stations can not communication each other while the master stations can read the data of slave station.
Profibus-Dp or Ethernet communication mode:CPU can be connected to the Profibus field by by DP slave stations,as salve station of certain master station,it can exchange data fast and real-time also can run independently which with high reliability.
CPU can be connected with industrial Ethernet by Ethernet module which is suitable for building control or other applications with several stations.
CANopen communication mode:To form network through CAN communication,each CAN master station can connect 32 CAN slave stations or devices,baud rate up to 1MBit/s within 25m,baud rate up to 20MBit/s within 2500m.
Freeport communication mode:CPUs provide 1-2 freeport,embedded several free communication protocol library such as Modbus,USS etc.
CPU 226L,CPU226H with two freeport can communicate simultaneously so as to meet the requirements of such occasions like high-speed communication ,synchronous control,many peripherals.
Performance Parameters
| Specification | EM231, 8×PID |
| Physical Features | |
| Dimensions(W×H×D) | 71×80×62mm |
| Power Loss(dissipation) | 1.2 W |
| Power Consumption | |
| From +5V(from I/O bus) | 30mA |
| From L+ | 39mA |
| L+ voltage range,class 2 or DC sensor supply | 20.4~28.8V DC |
| LED indicator | 24 VDC Power Supply Good: ON = no fault ,OFF = no power ; SF: ON=module fault, Blink=input signal error, OFF=normal; |
| Analog Input Features | |
| Input type | current input |
| Input range | 0~20mA |
| Number of analog input points | 8 points |
| Isolation | |
| Field to Logic Field to 24V DC 24V DC to logic |
500V AC 500V AC 500V AC |
| Common mode input range (input channel to input channel) |
120V AC |
| Common mode rejection | >120dB@120V AC |
| Input resolution | |
| Temperature Voltage |
0.1ºC/0.1ºF 15 bits plus sign |
| Measuring principle | Sigma-Delta |
| Module update time for all channel | 825ms |
| Wire length to sensor, maximum | 100 m |
| Wire loop resistance | 100Ω |
| Suppression of interference | 85dB@ 50Hz/60Hz/400Hz |
| Data word format | Voltage: -27648 to +27648 |
| Input impedance | ≥1MΩ |
| Maximum input voltage | 30V DC |
| Input filter attenuation | -3dB@ 21kHz |
| Basic error | 0.1% FS(Voltage) |
| Repeatability | 0.05% FS |
| Cold junction error | ±1.5ºC |
| 24V DC supply voltage range | 20.4 to 28.8 VDC |
| Diagnostic program | LED:EXTF,SF |
| PID Features | |
| PID arithmetic | PID+FUZZY argument auto-tuning |
| Sampling time | 1 second |
| Minimum output pulse time | 10 ms |
| PID type | P,PI,PD,PID |
| PID output type | Analog or PWM |
| PID output polarity | Bipolar or unipolar |
Configuring PID Address
Calculating the PID address
| PID address | Formula | Note |
| Address for PID argument | A=(2048+S*256)+16*C | S is the installing slot No. of the module (0~6) C is the point no.( 0~7 for 8PID module ) |
| Address for PID positive pulse | X=(2048+S*256)+12 | |
| Address for PID negative pulse | Y=(2048+S*256)+13 |
PID argument output (Module to CPU)
| Description | Address | Setting Value | Actual Value |
| Actual temperature | VM A | 0~13000 | 0~1300ºC |
| Status word | VM A+2 | data read | |
| PID analog output | VM A+4 | -32000~32000 | -32000~32000 |
PID argument input (CPU to module)
| Description | Address | Setting Value | Actual Value |
| Setting temperature | VM A+128 | 0~13000 | 0~1300ºC |
| Control bytes | When VB A+130 is zero | When VB A+130 is 1 | |
| V( A+130).0 | PID disable, no output | PID enable | |
| V( A+130).1 | Integral is always active and Kp is not auto tuning | Integral is not active and Kp is auto tuning | |
| V( A+130).2 | Unipolar PID output, 0~32000 | Bipolar PID output, 32000~32000, with calefaction and cooling function | |
| V( A+130).3 | Unused | ||
| V( A+130).4 | Integral is active | Integral is not active | |
| V( A+130).5 | Differential is active | Differential is not active | |
| V( A+130).6 | Filteing for input | Not Filtering for input | |
| Pulse output cycle for PID | VW A+132 | 1~255 | 1~255 seconds |
| Kp | VW A+134 | 0~9999 | 0~999.9 |
| Ti (Integral time) | VW A+136 | 0~3600 | 0~3600 seconds |
| Td (differential time) | VW A+138 | 0~3600 | 0~3600 seconds |
Address for positive pulse output
| point 0 | V X.0 |
| point 1 | V X.1 |
| point 2 | V X.2 |
| point 3 | V X.3 |
| point 4 | V X.4 |
| point 5 | V X.5 |
| point 6 | V X.6 |
| point 7 | V X.7 |
Address for negative pulse output
| point 0 | V Y.0 |
| point 1 | V Y.1 |
| point 2 | V Y.2 |
| point 3 | V Y.3 |
| point 4 | V Y.4 |
| point 5 | V Y.5 |
| point 6 | V Y.6 |
| point 7 | V Y.7 |
DIP switch configuration
| SW1 | SW2 | SW3 | SW4 | SW5 | SW6 | Range | Resolution |
| ON | ON | OFF | OFF | OFF | OFF | 0~20mA | 0.1ºC/F |
| ON | ON | ON | OFF | OFF | OFF | 4~20mA (default) | 0.1ºC/F |
Q1.What's the payment term?
A. We accept TT,LC,Western Union,Paypal.
Q2.What is the delivery time?
A. It depends on order quantity,usually it will take about 3-5 days for sample production.
Q3.What's the package used for?
A. For the small capacity,will use carton,but for big capacity,we should use honeycomb carton and pallet or wooden case for protection.
Q4.Would you accept to use our logo?
A.It's no problem,we accept OEM service.
Q5.What's your production capacity for one month?
A. Our month capacity can reach near 500-3000pcs for the most of our model.
Q6.Where is your market?
A. Our products are popular in Australia,South America,Philippines,Italy, America, Pakistan and so on.Some of them are our regular customers and some of them are developing. We hope you can join us and make mutural benifit from our cooperation.
Q7. What kind of certificates you have?
A. Our company has ISO9001,CE, RoHS,SGS etc.
OEM Services
Logo
Please offer us your own high resolution logo in JPG format,there should be two colors at most in the logo and there should be no gradient effect in the logo.
2. Label
Please offer us your own model numbers.
Lead Time
1.Sample orders will be delivered from our factory within 3-5 working days.
2.General orders will be delivered from our factory within 7-15 working days.
3.Large orders will be delivered from our factory within 45 working days at most.
Shipment
1.By EMS,DHL,FedEx,TNT,UPS or other Express.
2.By our forwarding agent(by Air or by Sea).
3.By your own forwarding agent.
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