150F480NBD Allen Bradley

Description

Product Name: 150F480NBD  Allen Bradley Output module

Product details:

The Allen-Bradley 150-C64 is a model within the 150-C series of Solid State Contactors (SSCs), part of Rockwell Automation’s product portfolio. Solid State Contactors are electromechanical switching devices that use power semiconductor devices (like SCRs or MOSFETs) to switch electrical loads, instead of the mechanical contacts used in traditional contactors.

• Product Type: Solid State Contactor (SSC)

• Series: 150-C (sometimes referenced with an older catalog number structure like 150-CF64)

• Function: Designed for fast, high-frequency, and quiet switching of AC loads, primarily in heating, lighting, and general motor control applications where mechanical contactors wear out quickly.

• Key Feature: The “Solid State” design means it has no moving parts in the switching path, leading to significantly longer life and less maintenance compared to electromechanical contactors.

📋 Product Specifications (Typical for 150-C64)

While specific product variants may have slight differences, here are the typical electrical parameters for the 150-C64:

Note: Always consult the official Allen-Bradley catalog or product manual for the exact specifications of the specific 150-C64 part number you are using, as suffixes often denote control voltage or other features.

✨ Product Advantages

Solid State Contactors offer several benefits over their electromechanical counterparts:

• Exceptional Durability and Service Life: Since there are no mechanical contacts to wear, arc, or pit, they provide millions of operational cycles, resulting in a much longer lifespan and lower total cost of ownership.

• Silent Operation: Ideal for noise-sensitive environments, as there is no “clacking” sound when the device switches.

• High Switching Speed: They can switch the load on and off much faster, making them suitable for applications requiring frequent, rapid cycling (e.g., precise temperature control).

• Reduced Electrical Noise (Zero-Crossing): Zero-crossing technology turns the device on/off when the AC sine wave crosses zero, minimizing large transient currents and electromagnetic interference (EMI).

• Low Maintenance: Virtually maintenance-free due to the absence of moving parts.

• Safety and Reliability: More reliable in harsh environments and less susceptible to vibration or shock.

⚠️ Important Considerations (Precautions)

When using a Solid State Contactor, especially the 150-C64, keep the following in mind:

1. Heat Dissipation: SSCs generate heat during operation, proportional to the load current. They must be mounted on an appropriate heatsink and/or have forced-air cooling (fans) to ensure the semiconductor devices (SCRs) stay within their specified operating temperature. Failure to do so will lead to thermal shutdown or premature failure.

2. No True Isolation: Unlike mechanical contacts, SSCs are not perfect open circuits when off; they have a small leakage current. In some safety-critical applications, a mechanical disconnect switch or electromechanical contactor must be used upstream to provide guaranteed full isolation.

3. Overcurrent Protection: SSCs must be protected by appropriately sized fuses (often fast-acting fuses) or circuit breakers, as semiconductors can fail instantly under severe overcurrent conditions.

4. Load Type: Ensure the SSC is rated correctly for the type of load (resistive, inductive, capacitive). The 150-C series is generally suitable for motors and resistive loads.

🏭 Product Applications

The Allen-Bradley 150-C64 Solid State Contactor is well-suited for industrial applications that require high-speed, silent, or high-frequency switching:

• Heating Control: Controlling electric heaters, furnaces, and ovens in industrial processes where precise temperature regulation requires rapid on/off cycling (e.g., plastics, textiles, packaging).

• Motor Control: Frequent start/stop applications for small to medium-sized AC motors, pumps, and fans, especially where mechanical wear is a concern.

• Lighting Control: High-frequency switching of industrial or commercial lighting systems.

• Solenoid and Valve Control: Controlling inductive loads like solenoids or valves in automated machinery.

• Packaging Machinery: Applications where speed and long life are critical to continuous operation.

Advantages: Foxboro, OVATION, TRICONEX, Allen-Bradley, ABB, Motorola, Siemens Moore, Ge Fanuc, Woodward, Bently Nevada and other major import brands!

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Colour：new Warranty: 12 months
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