Viz Switch ABS Housing Switchboxes

The VIZ Switch ABS Housing Switchboxes, including models VIZ-001, VIZ-003, and VIZ-004, offer advanced water and dust protection with an IP 68 enclosure, ideal for harsh environments. Each model provides unique features: VIZ-001 includes high-capacity mechanical SPDT switches, VIZ-003 integrates Pepperl & Fuchs switches for superior control, and VIZ-004 facilitates precise valve positioning with an AS-Interface and integral solenoid. These switchboxes ensure reliable performance and versatile installation options with dual M20 gland entries, making them perfect for industrial applications where environmental resilience and operational efficiency are paramount.

VIZ-001 Valve Limit Switchbox

The VIZ-001 Valve Limit Switchbox, featuring an IP 68 enclosure, ensures superior water and dust resistance, suitable for demanding environments. It includes mechanical SPDT switches that can handle up to 250V and 10A, providing reliable performance. With two M20 gland entries, it offers versatile connectivity options, enhancing installation ease and operational efficiency. This switchbox is an excellent choice for managing valve positions effectively.

Enclosure: IP 68
Switches: Mechanical SPDT 250V 10A
Gland Entries: 2 x M20
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VIZ-003 Valve Limit Switchbox

The VIZ-003 Valve Limit Switchbox, featuring an IP 68 enclosure, ensures optimal performance in fully submerged environments. It incorporates dual M20 gland entries for secure cable management and is equipped with reliable NBB2-V3-E2 switches from Pepperl & Fuchs, enhancing its operational efficiency and safety in industrial settings. This switchbox is ideal for precise control applications where moisture resistance is critical.

Enclosure: IP 68
Switches: NBB2-V3-E2 Pepperl & Fuchs
Gland entries: 2 x M20
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VIZ-004 ASI Interface Valve Switchbox

The VIZ-004 ASI Interface Valve Switchbox features an IP 68 enclosure rating, ensuring it is fully protected against dust and water immersion. It comes equipped with two SPDT switches and supports an AS-Interface with a 24VDC integral solenoid for efficient feedback and control. This device is designed for reliable performance in demanding industrial environments, providing precise valve positioning and feedback functionality.

Enclosure: IP 68
Switches: 2 X SPDT Switches
Switchbox / Feedback: AS-Interface C/W 2 X SPDT Switches 24VDC Integral Solenoid
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Frequently Asked Questions

A limit switch is an electromechanical device that operates based on the movement or presence of an object. It is used to detect the presence or absence, passing, positioning, and end of travel of an object.
Limit switches consist of an actuator mechanically linked to a set of contacts. When an object comes into contact with the actuator, the device operates the contacts to make or break an electrical connection.
The most common types of limit switches include lever type, roller type, plunger type, and rotary type, each designed for specific operations and environments.
Limit switches are widely used in industrial applications to control machinery and in various settings like conveyor belts, elevators, doors, and gates to monitor the movement and ensure safety.
A switchbox refers to an enclosure that houses electrical switches. It protects the switches from environmental factors and ensures safety by preventing unauthorized access.
Choosing the right limit switch involves considering the environment (temperature, moisture, dust), load (AC or DC), actuator type, and the physical installation space. Consulting with an expert or manufacturer can also provide tailored advice.
Yes, limit switches are often used in safety applications to ensure machinery operates within safe parameters. They can shut down equipment automatically if it operates beyond set limits.
Switchboxes provide organization, safety, and protection for electrical switches and wiring. They prevent accidental contact and reduce the risk of electrical faults by keeping components securely enclosed.
Regular maintenance of a limit switch involves cleaning, inspecting for damage or wear, testing for proper operation, and ensuring that all connections are secure. Scheduled maintenance helps extend the life of the switches.
Mechanical limit switches require physical contact with an object to operate, while inductive proximity sensors do not require contact and detect the presence of metal objects through electromagnetic fields.
Environmental factors such as temperature, dust, and moisture can affect the performance of limit switches. For harsh environments, it's important to choose switches with appropriate ratings for temperature resistance and ingress protection (IP rating).
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ABS Housing Viz Switch Switchbox

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