Coolmay L01S Series Programmable Controller
Thank you for purchasing the Coolmay LOl S series PLC. This manual mainly explains the product characteristics, general specifications, and wiring methods of this series of PLCs. For detailed programming, please refer to the Cool may LOl S series programming manual. More specifications can be customized in bulk.
The LOl S series PLC has the following characteristics:
- It uses military-grade 32-bit CPU + ASIC dual processors, supports online monitoring and downloading, and the fastest execution speed of basic instructions is 0.24us. The program capacity can reach 30k steps. Built-in 12k data registers.
- Transistor output high-speed pulse output 4-axis YO~Y3 can reach 200KHz. Support 4 sets of dual-phase 200KHz hardware high-speed counters.
- It comes with 1 RS232 and 2 RS485, both support mod bus RTU/ASCII, free port and other protocols.
- Support multiple interrupts, input interrupts (rising edge, falling edge), timer interrupts, communication interrupts, high-speed counter interrupts and high-speed pulse output interrupts. Among them, external input interrupts support 16 interrupt inputs.
- The maximum 1/0 points can support 168 digital points (40 points for the host + 128 points for expansion).
- The programming languages that can be supported are: instructions, ladder diagrams (LD), and step ladder diagrams (SFC).
- Special encryption is possible. Setting the password to 12345678 can completely prohibit the reading of the program. [Note: Only 8-bit password encryption is supported]
- 5.0MM pitch pluggable terminals are used for easy wiring; DIN rails (35mm width) and fixing holes can be used for installation.
Product Information
- Company product series LOIS: LOIS series PLC
- Input/output points 16:8DA 8 DO 24:14 DAlO DO 34:18 DA16DO 40:24 DA16 DO
- Module classification M: General controller main module
- Switch output type R: relay output type; T: Transistor output type; RT: Hybrid output of transistor relay
- The maximum number of analog input points is 4, which can be selected
- The maximum number of analog output points is 2, which can be selected
- Analog input type E: E-type thermocouple (customizable K-type/T-type/S-type/J-type, supports negative temperature) PT: PTlOO PTlOOO: PTlOOO
NTC: Thermistor (10K/50K/100K) AO: 0-20mA current A4: 4-20mA current
V: 0-lOV voltage V: -10~ lOV voltage - Analog output type AO: 0-20mA current A4: 4-20mA current V: 0-lOV voltage V: -10~ lOV voltage
- For other parameters, please refer to Table 1: Basic Parameters
Basic parameters
Table 1: Basic parameters
Table 2: Electrical Parameters
| Electrical parameters | ||
| Input voltage | I | AC 220V |
| Digital input indicators | ||
| Isolation method | Optoelectronic coupling | |
| Input impedance | High speed input 2.4K 0 Normal input 3.3K 0 | |
(Continued from the table above)
Mechanical Design Reference
Installation and external dimensions
L01S-16M/24M
Figure 1 Installation dimension diagram
Electrical design reference
Product Structure
Figure 2 Product Structure
- Installation holes
- DC24V power output terminal block
- Digital output terminal block
- Switching input display LED
- Switching output display LED
- PWR: indicates power on status
RUN: PLC lights up during operation
ERR: The indicator light will light up
when there is a program error - RS485/RS232
- RS485
- PLC programming port RS232
- Buckle fixation
- RUN/STOP PLC operation switch
- DIN rail (35mm wide) mounting groove
- Switching input terminal block
- PLC Type-C programming port
- AC220V power input terminal block
Hardware interface
OV 24V S/S XOO~X07 GND ADO ADl GND AD2 AD3
L N FG CO YOO YOl Cl Y02 Y03 C2 Y04 VOS C3 Y6 Y7 GND DAO
L01S-16MT/16MRT-4AD1DA
OV 24V S/S XOO~X07 XlO~XlS
L N FG CO YOO YOl Cl Y02 Y03 C2 Y04 VOS C3 Y6 Y7 YlO Yll
L01S-24MT/24MRT
OV 24V S/S XOO~X07 XlO~Xl 7 X20 X21 GND ADO ADl GND AD2 AD3
L N FG CO YOO YOl Cl Y02 Y03 C2 Y04~Y07 C3 Y10~Y13 C4 Y14~Yl 7 GND DAO DAl
L01S-34MT/MRT-4AD2DA
OV 24V S/S XOO~X07 XlO~Xl 7 X20~X27
L N FG CO YOO~Y03. Cl Y04~Y07. C2 Y10~Y13. C3 Y14~Yl 7.
L01S-40MT/MR
Figure 3 Hardware Interface Diagram
LOlS series PLC pin definition
| Pin number | Signal | Describe |
| 4 | RXD | Connection |
| 5 | TXD | Send |
| 8 | GND | Ground wire |
Figure 4 PLC programming port
Terminal wiring specifications: 22-14AWG wires. The terminals of this series of models are all pluggable terminals
Figure 5 Optional Communication Port
Communication interface definition:
Comes with two programming ports: Type-C port (faster download speed) and RS232 (8-hole mouse head socket)
By default, there are 2 RS485, or it can be customized as 1 RS485 and 1 RS232.
Communication port description:
- Serial port 1: RS232 (8-pin circular port): Supports Delta DVP programming port protocol, free port protocol, and MODBUS RTU/ASCII protocol;
- Serial port 2: RS485 (Al Bl port)/optional RS232: Supports Delta DVP programming port protocol, free port protocol, and Modbus RTU/ASCII protocol
- Serial port 3: RS485 (A and B ports): Supports Delta DVP programming port protocol, free port protocol, and Mod bus RTU/ASCII protocol
* When the PLC serves as the host, it supports MODRW instruction, MOORD instruction, and MODWR instruction
Note: For detailed settings, please refer to the Cool may LOlS series PLC programming manual
Equivalent circuit
Digital input wiring
The PLC input (X) is a biphasic optocoupler, and users can choose between NPN or PNP connections when using it. However, please note that since the common terminals of the input points are all connected, each module or host can only have one wiring method and cannot be mixed.
The 24V and OV terminals already have internal power supply, which can be directly used as input for pointX.
Figure 6 lnputWiring Diagram (High speed contact shown in the above figure, ordinary contact shown in the following figure)
PLC Digital NPNinputwiring:
Port short circuit: The S/S of the PLC input terminal is connected to 24V, and theX terminal is connected to the power supply OV, indicating that there is a signal input;
Two wire system (magnetic switch): PLC switch input is connected to a two-wire magnetic switch, with the positive pole of the magnetic switch connected to the X terminal and the negative pole connected to OV;
Three wire system (photoelectric sensor or encoder): The PLC switch is connected to the photoelectric sensor or encoder of the three wire system. The power supply of the sensor or encoder is connected to the positive pole of the power supply, and the signal line is connected to the X terminal; Encoders and photoelectric sensors require NPN type.
PLC Digital PNP input wiring:
Port short circuit: The S/S of the PLC input terminal is connected to OV, and theX terminal is connected to the 24V power supply, indicating that there is a signal input;
Two wire system (magnetic control switch): PLC switch input is connected to a two-wire magnetic control switch, with the negative pole of the magnetic control switch connected to the X terminal and the positive pole connected to 24V;
Three wire system (photoelectric sensor or encoder): The PLC switch is connected to the photoelectric sensor or encoder of the three wire system. The power supply of the sensor or encoder is connected to the positive pole of the power supply, and the signal line is connected to the X terminal; The encoder and photoelectric sensor require PNP type.
Digital output wiring
Figure 7 shows the equivalent circuit diagram of the relay output module, with several groups of output terminals that are electrically isolated from each other. The output contacts of different groups are connected to different power circuits.
The equivalent circuit of the output part of the PLC with transistor output type shown in Figure 8. As can also be seen from the figure, the output terminals are divided into several groups, and each group is electrically isolated. The output of different groups can be connected to different power circuits; The transistor output can only be used for DC 24V load circuits. The output wiring method is NPN, COM common cathode.
For inductive loads connected to AC circuits, the external circuit should consider the RC instantaneous voltage absorption circuit; Corresponding to the load of the DC circuit, it should be considered to add a freewheeling diode, as shown in Figure 9.
* Note: All internal circuits shown in the diagram are for reference only
The wiring of the stepper or servo motor is shown in Figure 10. The LOlS series transistor output PLC defaults to YO-Y3 as pulse points, and the direction can be customized.As shown in Figure 10. Note: A2K O resistor must be connected in series with DC24V for SV drive.
Analog wiring
The L01-16M/34M series can be selected with a maximum analog input of ADO-AD3, analog outputs ofDAO and DAl, and negative terminals connected to the GND of the analog input/output terminals.
Two wire system: the positive pole of the power supply is connected to the positive pole of the transmitter, the negative pole of the transmitter is connected to the AD terminal, and the negative pole of the power supply is connected to the GND terminal. Generally, the wiring method for 4-20mA/0-20mA transmitters is used;
Three wire system: the positive pole of the power supply is connected to the positive pole of the transmitter, the negative pole of the power supply and the negative pole of the signal output are the same terminal, and the signal output of the transmitter is connected to the AD terminal;
Four wire system: The positive and negative poles of the power supply are connected to the positive and negative poles of the transmitter, respectively. The positive and negative poles of the transmitter signal output are connected to the AD terminal and GND terminal, respectively; The temperature analog quantity is connected to the AD terminal and GND terminal separately. If it is a three wire PTlOO, it needs to be combined into two wires and then connected.
PLC anti-interference processing
- Strong and weak electricity should be wired separately and cannot be grounded together; When there is strong electrical interference, add a magnetic ring at the power supply end; And carry out correct and effective grounding treatment according to the type of casing.
- When the analog signal is disturbed, a 104 ceramic capacitor can be added for filtering and correctly and effectively grounded.
Note: For more detailed information, please refer to the “PLC anti-interference processing method” on the official website of Cool may
Programming reference
- Analog input register (AD stands for analog input) with an accuracy of 12 bits supports direct reading of registers:
D [lllO]~D [1113] are the input values corresponding to the analog quantities [ADO~AD3], channel switch D1114;
Note: When the analog input has a thermocouple type, a maximum of 3 channels can be used, where AD3 [D1113] is the ambient temperature of the thermocouple.
When there is no thermocouple type, 4 channels can be used.
| No. | Register reading value | Channel switch register |
| ADO | D1110 | Start when D1114-0~D114.3=1 |
| ADl AD2 | D1111 D1112 | |
| AD3 | D1113 |
Sampling of analog input
D1377 is the number of sampling periods: range 0-7, default= 7; After modification, restart to take effect. If Dl377=1, then one PLC scanning cycle samples once and changes the value in the analog input once. DlllS is the number of filtering cycles: range 0-32767.
- Analog output register (DA represents analog output, with an accuracy of 12 bits); Support direct register assignment operation
The range of setting values is shown in the following table:
| No. | Register address | Set value range | Illustration |
| DAO | D1116 | 0-4000 | Write value automatic conversion output |
| DAl | D1117 | 0-4000 |
Software component allocation and power-off maintenance instructions
| Maximum number of switching points | L01S-16M | L01S-24M | L01S-32M | L01S-40M | |
| Switching input X | XOO-X07 Bpoints | XOO-XlS 14points | XOO~Xl7 24points | XOO~X27 24points | |
| Switching output Y | YOO-Y07 Bpoints | YOO-Yll lOpoints | YOO~Yl 7 16points | YOO~Yl 7 16points | |
| Auxiliary relay M | [MO-M499] 500 points for general use (can be modified to maintain power outage)/[M500-M991, M2000-M4095] 25 86 points for maintenance [M1000-Ml999] 1000 points special use | ||||
| States | [50-59] for initial state at 10 points/1510-519] for origin regression at 10 points/[520-5127] for maintaining 108 points/[5128-5899] for general use at 771 points | ||||
| TimerT | [TO-Tl99] 200 o’clock lOOms general use/[T250-T255] 6 o’clock lOOms maintenance use; [T246-T249] 4 o’clock lms cumulative holding time/[T256-T319) Generally used for lms at 64o’clock; [T200-T239) Generally used for !Oms at40 o’clock/ [T240-T245] Hold for!Oms at 6pm | ||||
| Counter C | 16 bit incremental counter [CO-C99] 100 points generally used/[Cl00-Cl99] 100points maintained | ||||
| 32-bit increase/decrease counter [C200-C219] 20 points generally used/[C220-C234] 15 points maintained | |||||
| High speed counter [C235-C245 single-phase single counting] [C246-C250 single-phase double counting] [C251-C255 two-phase double counting] | |||||
| Data Register D | (DO-D199) 200 points for general use/[D200-D999), [D2000-D11999] 10800 points for maintenance use/ [D1000~D1999] 1000 points for special use/[D8000~D8511] 512 points for special use | ||||
| Data registers E, F | [EO-E 7] [FO-F7] Used for 16 point indexing | ||||
| Used for JUMP and CALL branches with pointers | [PO-P255] 256points | ||||
| Nesting | [NO-N7] Used for 8-point main control | ||||
| Interrupt Constant | K | [10 • 0~17 0 0]8-point input interrupt/[16 [ [~18 • ] 3-point timer interrupt/[110 • [~170 •J [] 7-point counter interrupt | |||
| 16bit -32, 768-32,76 7 | 32bit -2,147,483,648-2,147,483,647 | ||||
| H | 16bit 0-FFFFH | 32bit 0-FFFFFFFFH | |||
The power-off retention of LOlS PLC’s software components is permanent, meaning that all software components in the retention area are not lost after the module is powered off. The real-time clock uses non rechargeable batteries for easy replacement by users. All power-of f retention functions must ensure that the voltage of the DC24V power supply with load is above 23V, and the PC is powered on for more than 2 minutes, otherwise abnormal power-off function may occur.
Programming software compatible with CoolmayPLC programming software Vtool PRO For detailed information, refer to the Cool may LOlS Series PLC Programming Manual
TIPS
LOlS series programmable controller (PLC) user manual
Before using this product, please carefully read the relevant manual and use it under the environmental conditions specified in the instruction manual.
- Please confirm the power supply voltage range of this product (conventional product power supply AC220V!) and correct wiring before powering on to avoid damage.
- When installing this product, please make sure to tighten the screws or clamp the guide rail to avoid detachment.
- Avoid wiring or unplugging cable plugs while in a live state, as it may cause electric shock or circuit damage; When the product emits an odor or abnormal sound, please immediately turn off the power switch; When processing screw holes and wiring, do not let metal shavings and wire heads fall into the ventilation holes of the controller, as this may cause product malfunctions and misoperation.
- Do not tie the power cord and communication cable together or place them too close together. Keep a distance of more than 10cm; Strong and weak currents need to be separated and properly and effectively grounded; In situations with severe interference, shielded cables should be used for communication and high-frequency signal input and output to improve anti-interference performance. The grounding terminal FG on this machine must be properly grounded to improve anti-interference ability.
- The switch input is an external power supply DC24V leakage type (passive NPN), and the input signal is isolated from the power supply. When using it, the S/S needs to be connected to the 24V positive of the external power supply.
- The Cx of the output common terminal of a switching transistor is a common cathode.
- Please do not disassemble the product or modify the wiring at will. Otherwise, it may cause malfunctions, malfunctions, losses, and fires.
- When installing and disassembling products, please make sure to cut off all power sources, otherwise it will cause equipment malfunction and malfunction.
Shenzhen Cool may Technology Co., Ltd
- Tel: 0755-869504 16
86960332
2605 1858
26400661 - Fax: 0755-26400661-808
- QQ: 800053919
- Email: cm2@coolmay.net
- Web: en.coolmay.com
Documents / Resources
 | Coolmay L01S Series Programmable Controller [pdf] User Manual L01S Series Programmable Controller, L01S Series, Programmable Controller, Controller |