861SSR410-DC-1 Magnecraft / Schneider Electric, 861SSR410-DC-1 Datasheet
861SSR410-DC-1
Specifications of 861SSR410-DC-1
Related parts for 861SSR410-DC-1
861SSR410-DC-1 Summary of contents
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... Solid State Relays Catalog 2010 ...
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... Contents 2 Magnecraft Solid State Relays ® Series Overview � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � �3 „ ...
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... Series Relays Magnecraft Solid State Relays ® Depending on the application, the Magnecraft line of solid state relays offers a number of advantages over electromechanical relays, including longer life cycles, less energy consumption and reduced maintenance costs� Key Features 100% solid state design „ ...
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... Vac SPST-NO Input Voltage 280 Vac Vdc Output Current 3 Vdc Rated Output Standard Part Current (A) Number 15 861SSR115-DD 8 861SSR208-DD 10 861SSR210-DC-2 10 861SSR210-DC-4 10 861SSR210-AC-2 10 861SSR210-DC-1 10 861SSR410-DC-1 10 861SSR210-AC-1 10 861SSR410-AC-1 Contact Con guration & Switching Type SPST-NO, Zero Cross 2 = SPST-NO, Random 4 = SPST-NC, Random Null = SPST-NO, DC Switching ...
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... Vdc 1�6 Vac (rms N 8� 8�3 ms N/A 1250 A²sec (861SSR210); 850 A²sec (861SSR410) N/A for solid state relays 8 A: 0�5 °C/W; 0�66 °C 1�4 °C/W 4�0 °C/W 2500 V (rms) 4000 V (rms) 2500 V (rms) -30 °C–+ 80 °C (derating applies) -40 °C–+100 °C 127� ...
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... MAX. (65.0) (-) 18 OUTPUT POWER SOURCE (+) 15 LOAD Note: A minimum spacing of 17.5 mm (0.7 in) between adjacent 861 relays is required in order to acheive the maximum ratings Solid State Relays ® 0.1 (1.7) ...
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... Vac 600 Vac Magnecraft Solid State Relays ® 861H SPST-NO Description The 861H is the first complete solid state relay approved for use in hazardous locations. Patent pending. Feature Benefit Class 1, Division 2 UL-approved relay for use in certification (1) hazardous locations Solid state circuitry ...
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... Vdc 1�6 Vac (rms N 8� 8�3 ms N/A 1250 A²sec (861SSR210); 850 A²sec (861SSR410) N/A for solid state relays 8 A: 0�5 °C/W; 0�66 °C 1�4 °C/W 4�0 °C/W 2500 V (rms) 4000 V (rms) 2500 V (rms) -30 °C–+ 80 °C (derating applies) -40 °C–+100 °C 127� ...
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... SPST-NO 0.6 (15.8) 0.6 0.2 (14.0) (5) 3.6 1.4 (92.4) (35.6) 1.4 (35.2) 0.6 (14.3) 0.1 (3.4) (65.0) (-) 18 OUTPUT POWER SOURCE (+) 15 LOAD Note: A minimum spacing of 17.5 mm (0.7 in) between adjacent 861 relays is required in order to acheive the maximum ratings Solid State Relays 0.1 (1.7) 9 ...
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... Solid State Relays ® SSRDIN SPST-NO Description The SSRDIN relays offer a complete solid state package that is an energy-efficient, current switching alternative to standard electromechanical relays� Advantages include longer life cycles, less energy consumption, and reduced maintenance costs� Feature Benefit Solid state circuitry ...
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... Maximum Response Time 1/2 cycle (On and Off) Maximum On State Resistance N/A General Characteristics Electrical Life N/A for solid state relays Operating Temperature Range -40–+80 °C (derating applies) Storage Temperature Range -40–+125 °C Weight 10/20/30 A: 272 g (9�6 oz 482 g (17 oz) ...
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... MOUNTING HOLE (22.6) 0.88 0.17 (4.3) DIA. (22.4) INPUT 3.44 2.51 (87.4) (63.7) 3 (78.7) OUTPUT 1.79 (45.5) 3.1 0.88 (78.7) (22.4) 4.2 (106.7) input a (-) 2 OUTPUT POWER SOURCE (+) 1 LOAD 80 90 Solid State Relays ® output input output AWG 10 AWG 12 AWG 0.39 ...
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... Solid State Relays ® 6000 SPST-NO DPST-NO Description The 6000 Series solid state relays offer an energy-efficient, current switching alternative to standard electromechanical relays� Advantages include longer life cycles, less energy consumption, and reduced maintenance costs� Feature Benefit Solid state circuitry ...
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... V (rms) 1�7 V (rms A²sec A²sec 260 A²sec 260 A²sec 40/50A: 1620 A²sec; 75A: 4150 A²sec 0�5 N/A for solid state relays 1�48 °C/ 1�02 °C/W; 40/50A: 0�63 °C/ 0�31 °C/W 4000 Vac (rms) 1E -40–80 °C (derating applies) -40–125 °C 86� ...
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... A: 24–280 Vac 48–480 Vac 600 Vpk 10 mA 250 V/ 250 A 1�6 Vac (rms) 200 A2s 0�5 N/A for solid state relays 1/2 cycle 1/2 cycle 1�2 °C/W 4000 Vac (rms) 1E -30–80 °C (derating applies) -40–100 °C 100 g (3�52 oz) ...
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... Load Current (Arms) Ambient Temp. (° 120 0.5°C/W 0.3°C/W 80 1°C Load Current (Arms) Ambient Temp. (°C) Solid State Relays ® 0.41 5 (-) 6 (+) OUTPUT 1 (-) 2 (+) Blade Terminals 4 (-) 3 (+) INPUT 1.74 (44.14) Min. Max. 10 max 3.5 5 0.393 (0.138) (0.197 ...
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... Maximizes heat dissipation Simplifies installation with a simple Thermal pad peel-and-stick solution, which does not require messy thermal grease Magnecraft Solid State Relays ® Accessories for 6000 Series Heat Sink, SSR-HS-1 Thermal Pad, SSR-TP-1 Description Thermal management is a fundamental consideration in the design and use of solid state relays (SSRs) because of the contact dissipation (typically 1 W per ampere) ...
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... Solid State Relays 1.72 (43.63) 2.22 SSR-TP-1 (56.3) 0.29 (7.35) 0.88 (22.45) INSTALLATION: 1. RELEASE LINER ON ONE SIDE OF THE THERMAL PAD, PLACE UNDERNEATH CLASS 6 SOLID STATE RELAY. 2. RELEASE LINER ON OTHER SIDE OF THERMAL PAD AND PLACE RELAY AND PAD ONTO HEAT SINK OR PANEL 100 ...
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... Vdc Magnecraft ® 70S2 SPST-NO Description The 70S2 Series are miniature solid state relays ideal for small space applications. They are available in panel and PCB mount, which increases the level of flexibility for designers. Feature Solid state circuitry Optically coupled circuit Internal snubber ...
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... N/A 3– N s 1�2 Vdc 1�85 Vdc 500 ms N/A for solid state relays 3 A: 0�5 °C/W; 5/ °C 4000 Vac 2500 Vac 3 A: 4000 Vac 2500 Vac -40–+100 °C -40–+125 °C F/ (1�2 oz): N/ (1�7 oz (0�9oz) UL Recognized (E258297); CSA (040787); RoHS ...
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... A: 75 mA; 10/12 A: 100 mA 3/4 10/12 A: 150 1�6 Vac 8�3 ms 8�3 ms N/A for solid state relays 3 A: 0�5 °C/W ; 4/6/10/ °C 4000 Vac; 4/6/10/12 A: 3000 Vac 3 A: 4000 Vac; 4/6/10/12 A: 3000 Vac -40–+100 °C (derating applies) -40–+125 °C F/ (1�2 oz): N/ (1� ...
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... MAX OUTPUT (4.7) (+) 0.03 (0.76) 70S2 (N) 0.032 (0.8) - (-) OUTPUT + (+) 70S2 (V) Solid State Relays 0.6 (15.2) 0.2 (5.1) 0.5 (11.4) 1.2 OUTPUT 0.3 (31.2) (7.6) INPUT 70S2 (M) 0.3 (7.6) 0.2 (4.4) 0.4 (10.2) 1.0 (26.2) - (22 ...
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... Load Current vs Ambient Temperature (100% Duty Cycle) 3 & MAX. AMBIENT TEMPERATURE IN °C Magnecraft ® (-) - 70S2 OUTPUT + (+) SPST-NO 70S2 (V) 0.4 (10.2) 0.04 DIA. (1.0) (-) OUTPUT POWER SOURCE (+) LOAD 4 & MAX. AMBIENT TEMPERATURE IN °C (26.2) Solid State Relays - OUTPUT INPUT + 10, 12 & MAX. AMBIENT TEMPERATURE IN °C (-) 0.9 (22.9) (+) ...
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... AC voltage� Removal of the input power disables the control circuit and the solid state switch also turns off when the load current passes through the zero point of its cycle� Zero cross is only applied to AC switching circuits� ...
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... Idustrial Automation Automotive assembly plants, conveyance, motor control Magnecraft Solid State Relays ® Applications Since its introduction, SSR technology has gained acceptance in many applications that had previously been the sole domain of the EMR or contactor� The major growth areas have come from industrial process control applications; particularly heat/cool temperature control, motors, lamps, solenoids, valves, and transformers� ...
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... Application Data (continued) 26 Magnecraft Solid State Relays ® Thermal Considerations One of the major considerations when using a SSR is properly managing the heat that is generated when switching currents are higher than 5 A� In this scenario mount the base plate of the SSR on a good heat conductor, such as aluminum, and use a good thermal transfer medium, such as thermal grease or a heat transfer pad� ...
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... Application Data (continued) Magnecraft Solid State Relays ® Heat Sinking Thermal management is a fundamental consideration in the design and use of solid state relays because of the dissipation (typically 1 watt per amp)� It is, therefore, vital that an adequate heat sink is provided, or the life and switching reliability of the SSR will be compromised� ...
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... Application Data (continued) 28 Magnecraft Solid State Relays ® Load Considerations The major cause of application problems with SSRs is improper heat sinking� Following that are issues which result from operating conditions which specific loads impose upon an SSR� Carefully considered the surge characteristics of the load when designing an SSR as a switching solution� ...
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... Application Data (continued) Magnecraft Solid State Relays ® Transformers In controlling transformers, consider the characteristics of the secondary load because they reflect the effective load on the SSR� Voltage transients from secondary loads circuits, similarly, are frequently transformers and can be imposed on the SSR� ...
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... Solid State Relays ® The Magnecraft Range of Solid State Relays Depending on the application, the Magnecraft line of solid state relays offers a number of advantages over electromechanical relays, including longer life cycles, less energy consumption and reduced maintenance costs� Selecting a Solid State Relay The list below is an example of the specifications to look for when selecting a solid state relay� ...
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... Website Guide 3D Models Time Delay Relay Demo Magnecraft Solid State Relays ® The Magnecraft website (www.magnecraft.com) to easily find the proper relay to fit design requirements and to help simplify and shorten workflow� Easily find the proper relay to fit design requirements „ Online Catalog ...
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Schneider Electric USA, Inc. 1300 S� Wolf Rd� Des Plaines, IL 60018 Tel: 847-441-2540 The information and dimensions in this catalog are provided for the convenience of our customers� While this information is believed to be accurate, Schneider Electric reserves ...