In sourcing discussions, MITSUBISHIELECTRIC-NZ2GF2B1-32DT is often placed next to Schneider PLC, Fx5U 32Mt Ess and Mitsubishi HMI so procurement teams can align budgets and technical requirements effectively.
Mitsubishi NZ2GF2B1-32DT - Programmable Logic Controller
The Mitsubishi NZ2GF2B1-32DT Programmable Logic Controller (PLC) is engineered for high-density digital output control in industrial environments. Built for advanced field communication over CC-Link IE Field, it's ideal for scalable automation systems in manufacturing plants.
| Brand | Mitsubishi |
| Product Type | PLC(Programmable Logic Controller) |
| Product | NZ2GF2B1-32DT |
Technical Specifications of Mitsubishi Programmable Logic Controller NZ2GF2B1-32DT
| Specification | Value |
|---|---|
| Series | CC-LINK IE FIELD NETWORK |
| Type | REMOTE I/O COMBINED MODULE |
| Integrated Digital Inputs | 16 |
| Depth (mm) | 68 |
| Weight (kg) | 0,38 |
| Width (mm) | 200 |
| Height (mm) | 50 |
| Power Supply (V) | 24 |
| Current Type | DC |
| Integrated Digital Outputs | 16 |
| Output Type | TRANSISTOR |
| Output Logic | SINK |
| Rated Load Voltage (VDC) | 24 |
| Wiring | SCREW |
| Int. Current Consumption (A) | 0,12 |
| Rated Input Voltage (VDC) | 24 |
| Occupied Stations | 1 |
Built for mission-critical automation systems, the Mitsubishi NZ2GF2B1-32DT delivers exceptional signal accuracy and system uptime. Featuring 16 digital inputs and 16 transistor outputs with sink logic, it supports high-speed switching operations and control feedback loops with minimal latency. The module runs efficiently on a 24 VDC power supply with an internal current consumption of just 0.12 A, ensuring low energy usage in continuous operations.
Its compact form factor—200 mm width × 50 mm height × 68 mm depth—paired with a lightweight 0.38 kg body, makes it suitable for DIN rail or cabinet-mount applications in space-constrained industrial panels. The screw terminal wiring provides secure connectivity, while the integrated RJ45 port allows fast communication over CC-Link IE Field networks. It also complies with IEC 60068-2-6 for vibration resistance and is rated IP20 for indoor panel integration.
The NZ2GF2B1-32DT operates effectively in ambient temperatures from -10°C to 60°C, and can be stored safely at -25°C to 70°C. With a switching frequency of 2–16 kHz and maximum output voltage of 240 V, it supports wide-ranging load conditions. Even in high-altitude installations above 1000 meters, it maintains stable performance with built-in derating. The passive heat dissipation of just 27 W helps keep thermal conditions stable, removing the need for external cooling systems.
Trusted by automation engineers in diverse sectors—from automotive to material handling—the Mitsubishi NZ2GF2B1-32DT PLC delivers reliability, scalability, and precise control. For full specifications, visit the official product documentation: Mitsubishi NZ2GF2B1-32DT – Official Product Page.
The Mitsubishi NZ2GF2B1-32DT PLC is ideally suited for applications requiring fast I/O response, precise device coordination, and distributed control across complex automation environments. It’s commonly used in conveyor lines, automated storage and retrieval systems, packaging units, and automotive subassembly operations, where input monitoring and output actuation must happen in sync.
Maintenance engineers can deploy this PLC to read inputs from photoelectric sensors, limit switches, or emergency stop buttons, while simultaneously controlling outputs like indicator lights, valves, and relays. The dual I/O capability in a single module reduces wiring and panel space, which speeds up installation and cuts costs. In systems where space, signal speed, and modular design matter, this PLC helps teams build reliable and scalable automation setups.
The Mitsubishi NZ2GF2B1-32DT PLC also helps simplify troubleshooting by providing reliable status diagnostics over the CC-Link IE Field network, improving uptime in demanding Indian industrial conditions. Whether it’s a small machine panel or a large-scale distributed control system, this model ensures engineers can maintain optimal performance with minimal maintenance overhead.
