Contents
Plc Programmable Controller Compatible With PLC Delta Es2 Dvp 16/24/32/40/60 200R/200T
- High-speed input: 2 channel 100kHZ; 6 channel 10kHz
- Single phase input 8 points: AB phase input 4 groups
- High-speed comparison interrupt: 8 points
- Communication port 1*RS232, 2*RS485
- 8 expansion modules can be connected, support S-curve acceleration and deceleration function, and support inverter control commands
AMS programmable logic controller (PLC) boards that are compatible with the plc Delta Electronics ES2 series. The PLC is capable of measuring and controlling various inputs and outputs and is specifically designed to work with the Delta ES2 series of devices.
The high-speed input of 2 channels at 100 kHz and 6 channels at 10 kHz suggests that the PLC is capable of collecting and processing data from multiple sources at different speeds.
The single phase input of 8 points and AB phase input of 4 groups implies that the PLC can measure and control the electrical phases of an AC power supply.
The high-speed comparison interrupt of 8 points indicates that the PLC has the ability to interrupt the normal processing of the system based on certain conditions.
The communication port of 1 RS232 and 2 RS485 suggests that the PLC has multiple ports for communication with other devices or systems, which provides flexibility and scalability in terms of connecting to other devices.
The ability to connect 8 expansion modules further suggests that the PLC can be expanded to accommodate additional inputs and outputs as needed.
Additionally, the support for S-curve acceleration and deceleration functions and inverter control commands indicates that the PLC is capable of controlling and adjusting the speed of motor-driven systems.
- DC24V
- High-speed input: 2 channel 100kHZ; 6 channel 10kHz
- Single phase input 8 points: AB phase input 4 groups
- High-speed comparison interrupt: 8 points
- Communication port 1RS232, 2RS485
- 8 expansion modules can be connected, support S-curve acceleration and deceleration function, and support inverter control commands
| Model | PLC16ESR/T | PLC24ESR/T | PLC32ESR/T | PLC40ESR/T | PLC60ESR/T |
|---|---|---|---|---|---|
| Input | 8 | 16 | 16 | 24 | 36 |
| Output | 8 | 8 | 16 | 16 | 24 |
| L | 105 | 126 | 145 | 165 | 225 |
| L1 | 97 | 115 | 137 | 157 | 217 |
Parameter
| Power supply voltage | 24VDC/100-240VAC(-15%-10%) |
| Connection method | Drop-off European terminal block (distance between endpoints: 5MM) |
| Operation specifications | When the power supply slowly rises to 95~100VAC, the PLC starts to move, and when the power supply drops slowly to 70VAC, the PLC stops its action. The power supply will continue to run within 10MS of instantaneous power failure. |
| Power fuse capacity | 2A/250VAC |
| Power consumption | 30VA |
| DC24V current output*1 | 500MA |
| Power protection | DC24V output with short circuit protection |
| Surge voltage tolerance | 1,500VAC (PRIMARY-SECONDARY), 1,500VAC(PRIMARY-PE) 500VAC(SECONDARY-PE) |
| Insulation resistance | Above 5Q (500VDC between all output/input points and ground) |
| Interfere with immunity | ESD(IEC 61131-2JEC61000-4-2):8KV AIR DISCHARGE EFT (IEC 61131-2, 61000-4-4): POWER LINE: 2KV, DIGITAL /0: 1KV, ANALOG& COMMUNICATION/O: 1KV RS (IEC 61131-2,LEC 61000-4-3): 26MHZ-1GHZ,10V/M |
| Grounded | The wire diameter of the grounding wiring shall not be less than the wire diameter of the power terminal L and N (When multiple PLCs are used at the same time, be sure to ground at a single point) |
| Operating/storage environment | Operation 0℃-55℃ (temperature), 5-95% (humidity) Pollution degree 2 Storage: 25℃-70℃ (temperature), 5-95% (temperature) |
Analog module input/output (number of channels * resolution) configuration
| Model | DVP04AD-E2 | DVP04DA-E2 | DVP06XA-E2 | DVP02DA-E2 | DVP04TC-E2 | DVP04PT-E2 |
|---|---|---|---|---|---|---|
| Input | AD1-4(4CHx14-bit) | – | AD1-4(4CHx14-bit) | – | CH1-4(4CHx16-bit) | CH1-4(4CHx16-bit) |
| Output | – | DA1-4(4CHx14-bit) | DA1-2(2CHx14-bit) | DA1-2(2CHx14-bit) | – | – |
| element | rang |
|---|---|
| X external input relay | X0-377, 256 points, octal code (*4) |
| Y external output relay | Y0-Y377, 256 points, octal code (*4) |
| M auxiliary relay for general use | M0~M511,512 points (*1) M768~M999, 232 points (*1) M2000-M2047, 48 points (*1) |
| M auxiliary relay power failure retention use | M512~M767, 256 points (*2) M2048-M4095, 2,048 points (*2) |
| M auxiliary relay for special use | M1000~M1999,1,000points (partially maintained after power failure) |
| T Timer 100ms (M1028=ON,T64~T126为10ms) | T0~T126,127 points(*1) T128-T183,56 points(*1) T184~T199 subroutines with 16 points (*1) T250~T255],6-point accumulation type (*1) |
| T Timer 10ms(M1038=ON,T200-245为1ms) | T200-239,40points(*1) 【T240~T245】,6 points Cumulative(*1) |
| T Timer 1ms | T127,1 points (1) 【T246-T249】,4 points Cumulative(*1) |
| C counter 16-bit upper number | C0-111,112 points(*1) C112-C127,16 points (*2) C128-C199，72 points(*1) |
| C counter 32-bit up/down the number | C200-C223,24 points(*1) C224-C232,8 points(*2) |
| C counter 32-bit high-speed counter | C235-C244,1 phase 1 input,,10 points (*2) C245-C250,1 phase 2 input,,6 points (*2) C233,C234,C251-C254,2 phase 2 input,,7 points(*2) |
| S step point initial step point | S0-S9,10 points(*2) |
| S step point for home return | S10-S19,10 points(used with ST command)(*2) |
| S Step point For power failure retentive | S20-S127,108 points(*2) |
| S step point Generally use | S128-S911,784 points(*1) |
| S Step point for alarm | S912-S1023,112 points(*2) |
| T timer current value | T0-255,16-bit timer256 points |
| C Counter current value | C0~C199,16-bit counter 200 points C200-C254,32-bit counter 55 points |
| D data register generally use | D0-D407,408 points,(*1) D600-D999,400 points(*1) D3920~D9899,5,980 points(*1) |
| D Data register for power failure retention | D408-D599,192 points(*2) D2000-D3919,1,920 points(*2) |
| D Data register For special register | D1000-D1999,1,000 points (Some are maintained after power failure) |
| D Data register for special modules | D9900-D9999,100 points(*1)(*5) |
| D Data register for indirect designation | E0-e7, f0-f7.16 points(*1) |
| N Master Reuse | n0-n7,8 points |
| P CJ, CALL instruction | P0-P255,256 points |
| I interrupt External interrupt insertion | I00口(X0),I10口(X1)I20口(X2) I30口(X3),I40口(X4),I50口(X5), I60口(X6),I70口(X7),8 points (口=1,trigger on rising edge,口=0,trigger on falling edge) |
| I interrupt Timed interrupt insertion | I6口口,I7口口,(口口-05~99ms),2 points |
| I interrupt High-speed counting reaches interrupt insertion | I010、I020、I030、I040、I050、I060、I070、I080,8 points |
| I interrupt communication reception interrupt insertion | I40(COM1)、I150(COM2)、I60(COM3)(*3),3 points |
| Constant K decimal | K-32,768-K32,767(116-bit operation) K-2,147,483,648~K2,147,483,647(32-bit operation) |
| Constant H hexadecimal | H0000- HFFFF(16-bit operation) H00000000 -HFFFFFFFF-(32-bit operation) |
*2 The latched area cannot be changed
*3 COM1 is the built-in RS-232 communication port, COM2 and COM3 are the built-in RS-485 communication ports
*4 When the number of digital input expansion X points is extended to 256 points, the output Y can only use 16 points. On the contrary, when the output Y points are extended to 256 points, the input X can only use 16 points.
*5 This area will be valid only when the host is connected to an analog module, and each connected analog module will occupy 10 points
Power-off hold action
| Memory type | Power OFF→ ON | STOP→RUN | RUN→STOP | M1031 non-maintained areas are all cleared | M1032 power failure retention area is all cleared | Factory setting value |
|---|---|---|---|---|---|---|
| Non-power failure retention | Clear | No change | When M1033 is OFF, clear When M1033 ON, no change | Clear | No change | 0 |
| power failure retention | No change | No change | No change | No change | Clear | 0 |
| Special M, Special D indirectly designated register | Initial value setting | No change | No change | No change | No change | Initial value setting |
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