Product information
Reviews
Shipping & returns
Product information
HIMA F3405 Relay Amplifier Module
Overview
Brand and Model: The HIMA F3405 module is an industrial automation control module launched by Hima (a German company).
Type: It is a relay amplifier module, mainly used for signal amplification and control in industrial automation systems.
Brand and Model: The HIMA F3405 module is an industrial automation control module launched by Hima (a German company).
Type: It is a relay amplifier module, mainly used for signal amplification and control in industrial automation systems.
Features
Fail-Safe Function: It has built-in fail-safe logic. When the system fails or is abnormal, it can automatically switch to a preset safe state to protect the safety of personnel and equipment and avoid potential dangers and losses.
Multi-Channel Design: It has 4 independent channels, each of which can perform signal amplification and control independently. It can handle multiple signals at the same time, improving the control capability and flexibility of the system, and can meet the needs of complex industrial control scenarios.
High Load Capacity: Each channel can withstand a large load current. For example, some specifications can reach 5A per channel, which can directly drive some high-power load equipment, such as motors and valves, reducing the use of intermediate relays and simplifying the system structure.
Wide Operating Temperature Range: The general operating temperature range is -20℃ to +55℃ or even wider, such as -25℃ to +70℃. It is suitable for various harsh industrial environments and can work stably in places such as high-temperature furnaces and low-temperature freezers.
Compact Design: It has a relatively small size, such as 89mm × 51mm × 27mm, occupying little space, which is convenient for installation in control cabinets or equipment with limited space. At the same time, it is easy to integrate into existing industrial automation systems without greatly affecting the system layout.
High Reliability: It adopts high-quality materials and advanced manufacturing processes, with a metal shell, which can effectively prevent electrical interference and mechanical impact. The internal circuit is carefully designed and strictly tested to ensure stable and reliable operation during long-term operation, reducing maintenance costs and downtime.
Fail-Safe Function: It has built-in fail-safe logic. When the system fails or is abnormal, it can automatically switch to a preset safe state to protect the safety of personnel and equipment and avoid potential dangers and losses.
Multi-Channel Design: It has 4 independent channels, each of which can perform signal amplification and control independently. It can handle multiple signals at the same time, improving the control capability and flexibility of the system, and can meet the needs of complex industrial control scenarios.
High Load Capacity: Each channel can withstand a large load current. For example, some specifications can reach 5A per channel, which can directly drive some high-power load equipment, such as motors and valves, reducing the use of intermediate relays and simplifying the system structure.
Wide Operating Temperature Range: The general operating temperature range is -20℃ to +55℃ or even wider, such as -25℃ to +70℃. It is suitable for various harsh industrial environments and can work stably in places such as high-temperature furnaces and low-temperature freezers.
Compact Design: It has a relatively small size, such as 89mm × 51mm × 27mm, occupying little space, which is convenient for installation in control cabinets or equipment with limited space. At the same time, it is easy to integrate into existing industrial automation systems without greatly affecting the system layout.
High Reliability: It adopts high-quality materials and advanced manufacturing processes, with a metal shell, which can effectively prevent electrical interference and mechanical impact. The internal circuit is carefully designed and strictly tested to ensure stable and reliable operation during long-term operation, reducing maintenance costs and downtime.
Technical Parameters
Input Voltage: Usually 24V DC, which is a common power supply voltage in the field of industrial automation, facilitating power matching with other equipment.
Output Current: Each channel can reach 2A or higher, such as 5A, depending on the specifications of the module, which can provide sufficient driving current for load equipment.
Power Consumption: The maximum power consumption is generally 1.5W, which is low, helping to reduce the overall energy consumption of the system.
Input Voltage: Usually 24V DC, which is a common power supply voltage in the field of industrial automation, facilitating power matching with other equipment.
Output Current: Each channel can reach 2A or higher, such as 5A, depending on the specifications of the module, which can provide sufficient driving current for load equipment.
Power Consumption: The maximum power consumption is generally 1.5W, which is low, helping to reduce the overall energy consumption of the system.
Application Fields
Energy Industry: In fields such as petroleum, chemical industry, and electric power, it is used to control and protect key equipment such as pumps, compressors, and generators to ensure the safe and stable operation of energy production processes.
Manufacturing Industry: In manufacturing industries such as automobile manufacturing, mechanical processing, and food and beverage, it can be used to control automated production lines to realize functions such as starting/stopping equipment, speed regulation, and position control, improving production efficiency and product quality.
Transportation Industry: For example, in rail transit, it is used to control equipment such as turnouts and signal machines to ensure the safe operation of trains; in port logistics, it is used to control the operation of equipment such as cranes and conveyors.
Water Treatment Industry: It is used to control equipment such as water pumps and valves to realize the automatic control of water treatment, transportation, and distribution processes, ensuring the stability of water quality and water supply.
Energy Industry: In fields such as petroleum, chemical industry, and electric power, it is used to control and protect key equipment such as pumps, compressors, and generators to ensure the safe and stable operation of energy production processes.
Manufacturing Industry: In manufacturing industries such as automobile manufacturing, mechanical processing, and food and beverage, it can be used to control automated production lines to realize functions such as starting/stopping equipment, speed regulation, and position control, improving production efficiency and product quality.
Transportation Industry: For example, in rail transit, it is used to control equipment such as turnouts and signal machines to ensure the safe operation of trains; in port logistics, it is used to control the operation of equipment such as cranes and conveyors.
Water Treatment Industry: It is used to control equipment such as water pumps and valves to realize the automatic control of water treatment, transportation, and distribution processes, ensuring the stability of water quality and water supply.
Reviews
Be the first to review “HIMA F3405 Relay Amplifier Module” Cancel reply
Shipping & returns
Free and fast shipping
Cras condimentum sapien eu congue tincidunt. Ut lobortis augue non justo interdum, ut vehicula massa vehicula. Aenean ut lectus augue.
Easy returns
Aliquam dapibus placerat dui, ac ullamcorper odio dapibus eget. Sed aliquam leo pellentesque est blandit, sit amet posuere dui maximus.
Order tracking
Nullam lacinia iaculis erat ut fermentum. Praesent volutpat sagittis dictum. Mauris quis egestas dui, eu iaculis turpis.
24/7 customer support
Congue tincidunt. Ut lobortis augue non justo interdum, ut vehicula massa vehicula. Aenean ut lectus augue.
Reviews
There are no reviews yet.