• 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module

3301  TRICONEX DI input module

No.3301 
Manufacturer :Triconex
Product Number :D13301
Product type :DI input module
Weight :1.42 kg
Shipping capacity :2.5 kg

Each TMR digital input module has three separate sets of electronics, called channels, that independently process the module's field data. Each channel places the processed data in an array and transfers that array to the MP associated with that channel upon request.
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
  • 3301  TRICONEX DI input module
Desciption
Manufacturer :Triconex
Product Number :D13301
Product type :DI input module
Weight :1.42 kg
Shipping capacity :2.5 kg

Each TMR digital input module has three separate sets of electronics, called channels, that independently process the module's field data. Each channel places the processed data in an array and transfers that array to the MP associated with that channel upon request.


MPs votes on the data before passing it to the application. The DI module includes complete, continuous diagnostics for each channel. If the diagnostic detects a fault on any channel, the fault indicator lights up and activates the system alert. The fault indicator identifies a channel fault, not an entire module fault. The DI module continuously validates the system's ability to detect transitions to the opposite state. The DI module is guaranteed to function properly in the event of a single failure and continue to function properly in the event of multiple failures. The DI module supports the hot standby module. Each DI module is mechanically locked to prevent improper installation in the configured substrate. The Model 3301 DI module can be used on the following substrates: Model 2301 for typical applications.

Solid-state relays in high-voltage applications are input to external terminal panels, or Type 9573-610 D hazardous Site external terminal panels.


Here is some basic information about the Triconex 3301 input/output module:
1. Use: The Triconex 3301 input/output module is commonly used to monitor and control signals and equipment in various industrial processes. It can be connected to sensors, actuators, switches, relays and other devices to perform control logic and data acquisition.
2. Input and output: The Triconex 3301 module usually has multiple input and output channels to read external signals and send control signals. The input channels are used to monitor external signals, such as temperature, pressure, flow, etc. The output channel is used to send signals to the actuator, such as starting and stopping the motor, opening the valve, etc.
3. Communication interface: This module typically supports a communication interface with the Triconex system for configuration, monitoring, and control. It can also communicate with other control systems, PLCS and SCADA systems for data exchange and system integration.
4. Applications: The Triconex 3301 input/output module is used in a wide range of highly reliable industrial applications, including oil and gas production, chemical, electrical, nuclear and pharmaceutical.

5. Configuration and programming: Configuring and programming the Triconex 3301 input/output module usually requires experienced personnel.


DI input module is a device used to receive digital signals, which is often used in industrial automation control systems. It has the characteristics of high precision, high reliability and easy to use.

By connecting sensors and actuators, the DI input module can monitor various signals in the production process in real time, such as limit switches, pressure sensors, and temperature sensors. When the signal changes, the DI input module converts it into a digital signal and transmits it to the control system, and the control system makes corresponding control according to these signals to achieve automated production.

DI input modules usually have different interface forms, such as terminals, connectors, etc., to adapt to different sensor and actuator connection methods. At the same time, the DI input module also has dustproof, waterproof, shock-proof and other protective functions, which can work stably in harsh industrial environments.

When selecting the DI input module, it is necessary to consider the interface form, input type, signal conversion speed, accuracy, reliability and other factors, as well as adapt to different industrial environments and control needs. In addition, pay attention to the precautions for installing and using the DI input module, such as correctly connecting the power and signal cables, and avoiding excessive vibration and shock.