70S2-06-C-12-S Magnecraft / Schneider Electric, 70S2-06-C-12-S Datasheet
70S2-06-C-12-S
Specifications of 70S2-06-C-12-S
Related parts for 70S2-06-C-12-S
70S2-06-C-12-S Summary of contents
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... Solid State Relays Catalog 2010 ...
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... Series Relays � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � �19 „ ...
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... Series Relays Small 70S2 package size 70S2 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� ...
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... SSR = MOSFET (DD Only) Output Voltage Vdc 280 Vac 150 Vdc (DD Only 480 Vac 4 Magnecraft Solid State Relays ® 861 SPST-NO SPST-NC Description The 861 is the first complete solid state relay without any moving parts, all in a slim 17�5 mm design� Feature ...
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... 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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... SSR = SCR SSR = MOSFET (DD Only) Output Voltage Vdc 280 Vac 150 Vdc (DD Only 480 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 ...
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... 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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... 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). Therefore vital that sufficient heat sinking is provided, or the life and switching reliability of the SSR will be compromised. ...
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... AMBIENT TEMPERATURE (ºC) 50A 6000 Series Relay without Fan AMBIENT TEMPERATURE (ºC) 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 ...
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... Panel Mount 70S2-03-B-25-S Panel Mount 70S2-04-C-06-N Panel Mount 70S2-04-C-06-S PCB/Panel Mount 70S2-04-C-10-M Panel Mount 70S2-04-C-12-N Panel Mount 70S2-04-C-12-S Panel Mount 70S2-06-C-12-S Panel Mount 70S2-03-C-25-S PCB Mount 70S2-04-B-03-V PCB Mount 70S2-04-C-03-V PCB Mount 70S2-04-D-03-V Panel Mount 70S2-05-C-12-S Package Type PCB Mount w/Solder Terminals ...
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... A: 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 70S2-03-B 70S2-03-C 3–30 Vdc 7–16 mA 6–10 mA Triac Zero Cross 24–140 Vac 24–280 Vac 400 Vac ...
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... A: 4000 Vac; 4/6/10/12 A: 3000 Vac -40–+100 °C (derating applies) -40–+125 °C F/ (1�2 oz): N/ (1�7 oz (0�9 oz); UL Recognized (E258297); CSA (040787); RoHS Solid State Relays 70S2-05-C 70S2-06-C 6–30 Vdc 3–30 Vdc 6–10 mA 1–17 mA 24–280 Vac 600 Vac ...
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... 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) - (22.9) INPUT + 0.3 (6.4) 0.6 (15.3) 0.2 (4.5) 1.9 (47.5) OUTPUT 0.8 (19 ...
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... De-Rating Curves 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 & ...
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... The light from the diode is beamed into a light sensitive semiconductor which conditions the control circuit to turn on the output solid state switch� In the case of zero voltage crossover relays, the output solid state switch is turned on at the zero crossing of 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� ...
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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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... 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� In order to properly size a heat sink one has to consider the variables that comprise the thermal resistance Rth (in ° ...
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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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... Interactive Tools View interactive demonstrations such as our Time Delay Relay Interactive Demo (left) which visually demonstrates the ten different timing functions offered on Magnecraft time delay relays� „ Distributor Inventory Search Search authorized distributors’ current Magnecraft inventory and buy online� ...
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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 ...