Product Short Description
- lectrical Parameters
It has two common voltage configurations, with nominal output voltages of 24VDC and 48VDC, and the 48VDC version has an applicable voltage range of 24VDC – 48VDC. For the 24VDC version, each output point can provide a continuous current of 2A and bear a peak current of 3A; the 48VDC version has a maximum current of 0.5A per channel and a maximum total output current of 8A for the whole module. The channel-to-channel and channel-to-ground isolation voltage can reach up to 2500VDC, and the peak inrush current is 2A. The typical power consumption of the module is 10W, and the maximum turn-on and turn-off response time of the output signals are both 1ms.
- Physical and Environmental Parameters
The module weighs 4.8kg, with dimensions of 49cm in height, 45.3cm in width and 6.8cm in depth. It can operate stably in an environment with a temperature range of -40°C to +70°C and a non-condensing humidity range of 0% – 95%. It can resist vibration of 0.05g RMS in the frequency range of 5 – 500Hz and shock of 15g with 11ms half-sine waves. This structural design enables it to adapt to the harsh operating conditions of various industrial sites.
Description
- Functional Features
- High-Isolation and Anti-Interference Capability
Each of its 16 output points adopts independent isolation design, and the high isolation voltage effectively prevents signal crosstalk between channels and external electrical interference. The optical isolation output technology further enhances the module’s immunity to noise, ensuring that the control signals remain stable and accurate even in noisy industrial electrical environments, avoiding misoperation of on-site equipment caused by signal distortion.
- Triple Modular Redundancy and Fault Tolerance
It is fully compatible with the triple modular redundancy architecture of the Triconex Tricon system. The redundant design equips each key circuit with backup channels. When the primary channel fails, the backup channel can immediately take over the work without manual switching. This fault-tolerant mechanism ensures that the module will not stop outputting signals due to local faults, thus maintaining the continuous operation of the entire control system.
- Rapid Response and Strong Load Capacity
The maximum turn-on and turn-off response time of the module is 1ms, which enables it to quickly feedback control instructions and meet the requirements of high-speed response in emergency scenarios such as emergency shutdown. The 24VDC version has a strong load capacity, with each channel supporting a continuous current of 2A and a peak current of 3A, which can directly drive various heavy-load on-site equipment without additional power amplification components.
- Easy Installation and Fast Maintenance
The module supports DIN rail mounting, which allows installation personnel to quickly fix it on the industrial control panel without complex bracket debugging, greatly simplifying the on-site deployment process. Its mean time to repair is less than 2 hours, and it matches the hot-swap design of the Triconex system. Maintenance personnel can replace the module without shutting down the system, which significantly shortens the maintenance time and reduces production downtime.
- High-Isolation and Anti-Interference Capability
- Application Scenarios
- Oil and Gas Industry
It is widely used in offshore drilling platforms, onshore oil fields and natural gas transmission pipelines. It is responsible for controlling the switching of emergency shutdown valves, pipeline isolation valves and pump bodies. When oil and gas leakage, overpressure and other dangerous conditions are detected, it can quickly send control signals to close the relevant valves and stop the operation of the transmission pump, so as to prevent the spread of dangerous accidents and reduce economic losses and environmental pollution.
- Chemical Industry
In chemical production plants, it is integrated into the safety control systems of reaction kettles, chemical storage tanks and material conveying lines. It controls the operation of dosing valves, discharge pumps and fire-fighting equipment. In the harsh production environment with high temperature, high pressure and corrosive gases, it can stably output signals to ensure that each process link is started or stopped according to the preset procedures, avoiding explosions, toxic gas leakage and other major safety accidents.
- Power Industry
It is applied to the safety monitoring systems of thermal power, hydropower and nuclear power plants, and is mainly used to control the protective components of key equipment such as turbines, boilers and generators. It can trigger the emergency trip device in time when the equipment has abnormal parameters such as overheating and overcurrent, cut off the dangerous operation link, protect the safety of large-scale power generation equipment, and avoid large-scale power outages caused by equipment damage.
- Transportation Hub Facilities
It is used in safety control systems of key transportation facilities such as airports and ports. In airport oil supply systems, it controls the opening and closing of oil transmission pipelines to ensure the safety of aircraft refueling operations. In port bulk cargo terminals, it is connected with the loading and unloading equipment control system to control the start and stop of the loading and unloading machinery, preventing safety accidents such as equipment collision and cargo spillage during the operation process.
- Oil and Gas Industry
Reviews
There are no reviews yet.