DI3201 HIMA Digital Input Module in stock

• Brand
  HIMA
• Model
  DI3201
• Product Name
  Safety‑Related 32‑Channel Digital Input Module
• Dimensions
  185 mm × 261 mm × 20 mm
• Weight
  0.34 kg
• Place of Origin
  Germany
• HS Code
  8537101190
• Operating Temperature
  0 °C to +60 °C
• Storage Temperature
  ‑40 °C to +85 °C
• Power Supply
  ‑3‑5 VDC
• Warranty
  1 year
• Status
  new and original

HIMA X-DI3201 Input, Output, Compatible Systems & Software

Input

The X-DI3201 features 32 digital input channels designed for 24 VDC binary field signals. It works with PNP-type sensors, mechanical switches and contact-based field equipment. Every channel is equipped with loop diagnosis to detect open-circuit and short-circuit conditions. Galvanic isolation separates field circuits from the internal system bus to resist external interference. Analog input functionality is not implemented on this module.

Output

As a dedicated digital input module, it has no physical output terminals for field-side loads. Processed digital status signals and diagnostic fault messages are transferred to the safety controller through the backplane bus. On-board LED lights offer visual indication for individual-channel and overall module operating conditions.

Compatible Systems

HIMax safety control system with X-series backplane

HIMatrix F-series safety controller platform

Hot-swap capability is available when mounted on matching system sub-racks.

 Compatible Software

SILworX: Main engineering tool covering hardware configuration, parameter assignment, application programming, online diagnostics and real-time fault surveillance.

ELOP II Factory: Valid for selected HIMatrix firmware revisions to execute project setup and application programming. Users can adjust parameters such as input filter delay and wire-diagnosis enablement under certified software surroundings for safety-relevant applications.

Working principle of HIMA DI3201
The HIMA DI3201 serves as a digital input module dedicated to safety‑critical control applications. It acquires binary switch‑type signals transmitted from on‑site sensors and switching devices. Galvanic isolation is implemented between field circuits and the system backplane to eliminate electromagnetic disturbance. Every input channel identifies high‑and low‑level states of field hardware and translates external discrete inputs into digital data interpretable by the safety CPU. Built‑in dual‑channel diagnostic logic keeps checking field wiring for open‑loop failures, short‑circuit defects and connection anomalies. Detected fault data is forwarded to the central processing unit for safety logic computation and fault notification. Designed with safety‑certified hardware construction, this module complies with functional safety standards. It maintains stable digital‑signal capture during operating anomalies and triggers corresponding safe‑state actions once malfunctions are identified.

F3237 
PS1000/230

F8653X
F7130A