HF46F-G/5-HS1T subminiature power relay

Symbol Micros: P HF46fg005-hs1t
Contractor Symbol:
Case : Rys.HF46FG
10A; 5V; 1st. SPST-NO; coil power 200mW; 20,5 x 7,2 x 15,3mm PCB; contact material AgSnO2
Parameters
Coil voltage (V): 5V
Contact current: 10A
Type: SPST-NO
Coil current type: DC
Insulation breakdown voltage: 4000V
Manufacturer:: Hongfa Manufacturer part number: HF46F-G/5-HS1T RoHS Case style: Rys.HF46FG Datasheet
In stock:
3200 pcs.
Quantity of pcs. 1+ 3+ 10+ 40+ 160+
Net price (EUR) 1,2803 0,9748 0,8046 0,7136 0,6740
Add to comparison tool
Packaging:
160/1600
         
 
Item in delivery
Estimated date:
2025-05-12
Quantity of pcs.: 3200
         
 
Item in delivery
Estimated date:
2025-05-26
Quantity of pcs.: 1600
Coil voltage (V): 5V
Contact current: 10A
Type: SPST-NO
Coil current type: DC
Insulation breakdown voltage: 4000V
Detailed description

HF46F-G/5-HS1T is a high-performance subminiature electromagnetic relay designed for use in control systems, automation, and consumer electronics. Equipped with a coil rated at 5V DC and a power consumption of 200mW, it ensures energy-efficient operation and high switching sensitivity. The HF46F-G/5-HS1T features a maximum switching current of 10A and can handle voltages up to 277V AC and 30V DC, making it a versatile solution for various applications.

Contacts made of AgSnO₂ ensure high electrical durability and resistance to wear, especially in circuits exposed to high inrush currents. Additionally, the relay provides insulation between the coil and contacts up to 4000V AC, ensuring reliability and operational safety. Its compact housing dimensions (20.5x7.2x15.3 mm) allow for easy PCB integration, while the "wash-tight" construction enables washing after the soldering process, which is essential for applications requiring high cleanliness standards.

With a wide operating temperature range from -40°C to +85°C and high mechanical and electrical resistance, the HF46F-G/5-HS1T is an ideal choice for industrial and commercial applications where reliability and compact size are critical.