The EPL200 is a compact and flexible open-frame PLC board designed to function as both a control unit and a connectivity node. It offers integrated RS485 (Modbus RTU), Ethernet (Modbus TCP/IP), and a complete set of analog and digital I/O, making it ideal for embedded control applications.
The board is programmable via the LogicLab development environment, compliant with IEC 61131 standards and available for download in the Software section of this page.
Designed for seamless integration into machines and systems, the EPL200 supports a wide range of input and output signals, multiple encoder inputs, and various power supply options. Its versatility in both mounting and programming makes it a practical alternative to traditional custom electronics.
Input Analog | |
Thermocouple | K, J, S, R, T, E, N, B |
Voltage | 0–20 mV, 0–1 V (16-bit) |
Current | 0–20 mA, 4–20 mA (16-bit) |
RTD | PT100, PT1000, NI100 (2 or 3 wires), Potentiometer |
Thermistors | PTC 1K, NTC 10K |
Input Digital | 6 PNP, 1 NPN |
Output Analog | 2 × 0–10 V |
Output Relays | 4 × 5 A Relays, 4 × 10 A Relays |
Output Digital | 4 PNP |
Communication | 2 × RS485 (Modbus Master/Slave) |
1 × RJ45 (Modbus TCP Master/Slave) | |
Power Supply | 12–24 V AC/DC, 115 V AC, 230 V AC |
Power Consumption | 5 W |
Temperature Range | Operating: -32°F to +113°F (0°C to +45°C) |
Humidity | 35–95% (non-condensing) |
Housing | PCB with DIN rail mount |
Dimensions | 6.3" × 3.6" × 1.3" (160 × 90 × 33 mm) |
Weight | 8 oz (280 g) |
EMC Compliance | Designed for industrial environments |
Immunity: EN 61000-6-2 | |
Emission: EN 61000-6-4 | |
Configuration | PC configurable |
Length | 160 mm 6.3-inch |
Width | 90 mm 3.6-inch |
Power Supply | |
Positive | Terminal 23 |
Negative | Terminal 25 |
Thermocouple Input | |
Input 1 | Terminal 29 and 30 |
Input 2 | Terminal 34 and 31 |
Input 3 | Terminal 34 and 32 |
Input 4 | Terminal 34 and 33 |
Thermistor Input | |
Input 1 | Terminal 29 and 30 |
Input 2 | Terminal 34 and 31 |
Input 3 | Terminal 34 and 32 |
Input 4 | Terminal 34 and 33 |
2-Wire Potentiometer Input | |
Input 1 | Terminal 29 and 30 |
Input 2 | Terminal 34 and 31 |
Input 3 | Terminal 34 and 32 |
Input 4 | Terminal 34 and 33 |
3-Wire RTD Input 1 | |
Leg 1 | Terminal 30 |
Common | Terminals 29 and 31 |
3-Wire RTD Input 2 | |
Leg 1 | Terminal 33 |
Common | Terminals 32 and 31 |
Voltage Input | |
AI5 Positive | Terminal 35 |
AI5 Negative | Terminal 37 |
AI6 Positive | Terminal 36 |
AI6 Negative | Terminal 37 |
mA Input | |
AI5 Positive | Terminal 35 |
AI5 Negative | Terminal 37 |
AI6 Positive | Terminal 36 |
AI6 Negative | Terminal 37 |
ENC1 | |
Counter 1 | Terminal 2 |
Counter 2 | Terminal 5 |
Counter 3 | Terminal 46 |
Max 100KHz |
ENC1 | |
A | Terminal 2 |
B | Terminal 3 |
Z | Terminal 6 |
ENC2 | |
A | Terminal 4 |
B | Terminal 5 |
Z | Terminal 7 |
Relay Q0.0 | |
Common | Terminal 13 or 14 |
Normally open | Terminal 9 |
Relay Q0.1 | |
Common | Terminal 13 or 14 |
Normally open | Terminal 10 |
Relay Q0.2 | |
Common | Terminal 13 or 14 |
Normally open | Terminal 11 |
Relay Q0.3 | |
Common | Terminal 13 or 14 |
Normally open | Terminal 12 |
Relay Q0.4 | |
Common | Terminal 16 or 17 |
Normally open | Terminal 15 |
Relay Q0.5 | |
Common | Terminal 16 or 17 |
Normally open | Terminal 18 |
Relay Q0.6 | |
Common | Terminal 20 or 21 |
Normally open | Terminal 19 |
Relay Q0.7 | |
Common | Terminal 20 or 21 |
Normally open | Terminal 22 |
Relay Q1.0 | |
Common | Terminal 41 |
Normally open | Terminal 42 |
Relay Q1.1 | |
Common | Terminal 41 |
Normally open | Terminal 43 |
Relay Q1.2 | |
Common | Terminal 41 |
Normally open | Terminal 44 |
Relay Q1.3 | |
Common | Terminal 41 |
Normally open | Terminal 45 |
mA output AO1 | |
Positive | Terminal 50 |
Negative | Terminal 49 |
Voltage output AO1 | |
Positive | Terminal 50 |
Negative | Terminal 49 |
The EPL200 is designed for OEM applications that demand a compact, flexible, and programmable PLC solution. Its wide range of analog and digital I/O, combined with advanced control features, makes it ideal for integration into custom machinery and specialized automation systems. The ability to program using LogicLab software ensures seamless adaptation to diverse industrial tasks, including temperature control, motion control, process monitoring, and equipment interfacing.