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Arduino Mega Solid State Relay SSR-10DA 40A /250V 3-32VDC DC SSR

Arduino Mega Solid State Relay SSR-10DA 40A /250V 3-32VDC DC SSR
Arduino Mega Solid State Relay SSR-10DA 40A /250V 3-32VDC DC SSR Arduino Mega Solid State Relay SSR-10DA 40A /250V 3-32VDC DC SSR Arduino Mega Solid State Relay SSR-10DA 40A /250V 3-32VDC DC SSR Arduino Mega Solid State Relay SSR-10DA 40A /250V 3-32VDC DC SSR Arduino Mega Solid State Relay SSR-10DA 40A /250V 3-32VDC DC SSR Arduino Mega Solid State Relay SSR-10DA 40A /250V 3-32VDC DC SSR Arduino Mega Solid State Relay SSR-10DA 40A /250V 3-32VDC DC SSR Arduino Mega Solid State Relay SSR-10DA 40A /250V 3-32VDC DC SSR Arduino Mega Solid State Relay SSR-10DA 40A /250V 3-32VDC DC SSR
Product Code: AG58564
Shipping: $1.99
Availability: In Stock
Price: $8.19
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Brand New Solid State Relay SSR-40DA 40A/250V 3-32VDC/24-380VAC
Input voltage:3-32VDC
Output voltage:24-380VAC
Output current:40A
Rated current :10A
On voltage: ≤1V
Size: 6cm * 4.5cm * 2.3cm
Features:
1. Triac output, zero voltage turn on, zero current turn-off;
2. Optical isolation between input circuit and output circuit;
3. inputs - isolation between the output voltage 2500V;
Product Applications:
SSR Series solid state relays with flame-retardant plastic casing, epoxy potting, wiring screw terminals, with high structural strength, impact resistance, vibration resistance, small can easily drive current inputs with computer terminals and a variety of digital programmable circuit interface, widely used in the field of automation and control of petrochemical equipment, food machinery, packaging machinery, textile machinery, machine tools, plastics machinery, fitness equipment, entertainment facilities.
Particularly suitable for corrosion, moisture, dust, and other harsh environments require explosion-proof, and frequent switching of the occasion, AC contactor is updated alternative.
Safety Precautions:
1. The load current must be used than 5A mounted on a heat sink or with the corresponding metal base plate cooling effect, and the solid coated with thermal grease between the heat sink base plate and the mounting surface of the relay, 40A or more strength plus a fan or water cooling.
2. When inductive loads, high transient voltages and inrush current is applied to the output, which may cause damage to the solid state relay or misleading links, typically requires access to the output voltage with a specific clamping voltage control devices, such as two-way Zener diode or varistor (MOV), varistor is recommended to take 1.6-1.9 times the rated voltage.
3. Control near the minimum load current is small load current load shall be a dummy load resistor in parallel with the load, in order to reduce the output leakage current higher residual voltage across the load.
4. In order to avoid the temperature rise exceeds the allowable value of solid-state relays, the application should be designed to consider the cooling effect and the installation location, only when two or more solid state relays mounted side by side, you should leave appropriate spacing.
5.Can not be connected in parallel between the output terminal 5. The use of more than just a solid state relay in an attempt to increase the output current, but the output can be used in tandem to apply a higher voltage.
6. When using more than just a solid-state relay when a common control power inputs which can be used in tandem can also be used in parallel.
7. capacitive load caution this piece, please select the capacitive load dedicated solid state relays..
Package Included:
1 pcs as the picture shows
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