Input Voltage: Typically accepts a wide-range AC or DC input, such as 85-264V AC or 88-300V DC, to accommodate various global plant power standards.
Output Voltage: Provides a stabilized and filtered 24V DC output to power the HIQuad backplane and all installed modules.
Output Power/Current: Rated for a specific power output (e.g., 240W, 480W) to support fully populated controller chassis with all modules under load.
Redundancy Support: The HIMA F7126 is designed to be used in redundant (1oo2) configurations. Two modules can be installed in a single chassis, with one actively powering the system and the other in hot standby. Automatic switchover occurs upon failure of the active unit.
Diagnostics & Monitoring: Features comprehensive monitoring of:
Input voltage presence and status.
Output voltage level and stability.
Module temperature.
Load sharing status (in redundant mode).
Failure of the active unit.
Status is communicated via relay contacts (e.g., “Power OK”, “Failure”) and/or over the system backplane to the CPU.
Protection Features: Includes standard protections such as overload protection, short-circuit protection, and overtemperature protection to safeguard both the supply and the downstream controller.
Efficiency & Cooling: High efficiency design to minimize heat generation. May include integrated fans or be convection cooled, depending on the power rating.
Certifications: Certified for use in safety-related systems and complies with relevant EMC and safety standards (e.g., ATEX/IECEx for certain versions).
Form Factor: A slot-in module designed for the HIQuad system chassis.
. Below we will examine the parameters and characteristics of its products.
Product parameters (s)
Model: f7130a
– power supply: 24v dc
– power: 5 w
– I/o: 16 digital inputs/outputs
– operating temperature: -20 degrees Celtic + 65 degrees Celtic
– protection level: ip20
Input Voltage: Typically accepts a wide-range AC or DC input, such as 85-264V AC or 88-300V DC, to accommodate various global plant power standards.
Output Voltage: Provides a stabilized and filtered 24V DC output to power the HIQuad backplane and all installed modules.
Output Power/Current: Rated for a specific power output (e.g., 240W, 480W) to support fully populated controller chassis with all modules under load.
Redundancy Support: The HIMA F7126 is designed to be used in redundant (1oo2) configurations. Two modules can be installed in a single chassis, with one actively powering the system and the other in hot standby. Automatic switchover occurs upon failure of the active unit.
Diagnostics & Monitoring: Features comprehensive monitoring of:
Input voltage presence and status.
Output voltage level and stability.
Module temperature.
Load sharing status (in redundant mode).
Failure of the active unit.
Status is communicated via relay contacts (e.g., “Power OK”, “Failure”) and/or over the system backplane to the CPU.
Protection Features: Includes standard protections such as overload protection, short-circuit protection, and overtemperature protection to safeguard both the supply and the downstream controller.
Efficiency & Cooling: High efficiency design to minimize heat generation. May include integrated fans or be convection cooled, depending on the power rating.
Certifications: Certified for use in safety-related systems and complies with relevant EMC and safety standards (e.g., ATEX/IECEx for certain versions).
Form Factor: A slot-in module designed for the HIQuad system chassis.
. Below we will examine the parameters and characteristics of its products.
Product parameters (s)
Model: f7130a
– power supply: 24v dc
– power: 5 w
– I/o: 16 digital inputs/outputs
– operating temperature: -20 degrees Celtic + 65 degrees Celtic
– protection level: ip20
Product specifications
Aluminum shell, compact design
– safety: according to iec 61508 sil 3
– reliability: the average failure time (MTBF) is 500,000 hours
– communication interface: interface rs485
– support protocol: modbus rtu
Annex to the product
F7130a is used mainly in areas such as industrial automation, process control, robot control, etc. It can effectively guarantee the safety and stability of equipment, improve productivity and quality.
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