TA-1A24

Miniature size (width 5mm, height 12.5mm) high density and easy to install Extended switching capability (1mA 5VDC to 5A 250VAC, 30VDC) Twin Cross Bar Contact Mechanism for enhanced contact reliability High sensitive operation: 120mW ~ 180mW (5 to 24VDC) Gold Clad Silver Alloy Contact to secure micro current conductivity SIL terminal layout Wider terminal structure (TA : 5.08mm/TR : 7.62mm) Gold plated Socket terminal (24k gold plated) Class F 155°C TA/TR Series Miniature sized class F Relays Dimensions (unit: mm) TA Series Ordering Information T A - 1a  5  Distance btwn Terminals   Voltage TR Series Contact Specifications Specifications 5.08mm R 7.62mm 5 5V DC 12 12V DC 24 24V DC Contact point composition SPST (1NO) Contact point material Gold-clad Silver alloy Initial contact resistance 30mΩ max Rated current(resistance load) 5A 30V DC 5A 250V AC Maximum Switching Current rating Maximum Contact capacity DC AC Maximum Rated Voltage 5A 150W 1,250VA 110V DC 250V AC 1mA 5V DC Coil Voltage 5VDC ~ 24VDC Power consumption 120mW, 180mW Minimum operating 70% of rated voltage Maximum cut-off voltage 5% of rated voltage Coil Spec. Minimum switching rating* TAS (Socket for TA) Insulation Class F 155°C Time of operation maximum rated voltage at 6ms Time of interruption maximum tated voltage at 3ms Insulation resistance 1,000MΩ min. (500VDC) Dielectric Strength between contact points Between contact points and coil Surge voltage Between contact points and coil 4,000V Mechanical Electrical Functional Over 10,000,000 times Over 100,000 times under rated load Min. 147m/s²(15G), 10~55Hz (width of vibration:2.5mm)Min. Destructive Min. 205.8m/s²(21G), 10~55Hz (width of vibration: 3.5mm) Functional and destructive 15G min. (147m/s²) 100G min. (980m/s²) Life span TRS (Socket for TR) A Vibration resistand Counter Shock 1,000VACrms per minute 2,000VACms per minute Ambient temperature -40°C ~ + 70°C (non-freezing) Ambient humidity 5% ~ 85% RH Weight Approx. 3g * The above mentioned minimum switching rating is only referential. The referenced value varies according to the make and break frequency, environmental condition and anticipated credibility level. Therefore, it is recommended that tests be done with actual load value before the production process. 104