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₹21,239   ₹23,710
You save ₹2,471!
10.42% OFF
The Omron Safety Door Switch, Current 1.5 A, Voltage 120 V AC, D4SL-N2NFG-D is an essential component in industrial and commercial settings designed to enhance safety by monitoring and controlling access to certain areas or machinery. Its primary purpose is to ensure that a door or gate is securely closed before allowing the associated machinery or process to operate, thereby preventing potential hazards.
The safety door switch consists of a switch mechanism integrated into the door or gate frame and a corresponding actuator mounted on the moving part, typically the door or gate itself. When the door is closed, the actuator engages with the switch, completing the electrical circuit and signaling that it is safe for the machinery or process to operate. Conversely, when the door is open or not securely closed, the switch remains in an open position, preventing the activation of associated equipment.
These switches often utilize a positive-opening mechanism, ensuring that the contacts open in a fail-safe manner. In the event of a failure or fault, the switch is designed to default to a state that prevents the operation of machinery, contributing to a safer working environment.
Safety door switches play a critical role in compliance with safety standards and regulations in industrial settings, such as those outlined by organizations like the Occupational Safety and Health Administration (OSHA). They are widely used in manufacturing facilities, warehouses, and other environments where controlled access to machinery is crucial to prevent accidents, injuries, or damage to equipment.
In addition to their safety function, some safety door switches may include features like key-coded access, tamper detection, or integration with safety interlock systems. These features enhance security and help in maintaining a controlled and safe work environment. Overall, safety door switches are integral components in safety systems, contributing significantly to accident prevention and ensuring compliance with industry safety standards.
₹24,779   ₹27,326
You save ₹2,547!
9.32% OFF
The Omron Safety Door Switch, Current 1.5 A, Voltage 120 V AC, D4SL-N2NFA-DN is an essential component in industrial and commercial settings designed to enhance safety by monitoring and controlling access to certain areas or machinery. Its primary purpose is to ensure that a door or gate is securely closed before allowing the associated machinery or process to operate, thereby preventing potential hazards.
The safety door switch consists of a switch mechanism integrated into the door or gate frame and a corresponding actuator mounted on the moving part, typically the door or gate itself. When the door is closed, the actuator engages with the switch, completing the electrical circuit and signaling that it is safe for the machinery or process to operate. Conversely, when the door is open or not securely closed, the switch remains in an open position, preventing the activation of associated equipment.
These switches often utilize a positive-opening mechanism, ensuring that the contacts open in a fail-safe manner. In the event of a failure or fault, the switch is designed to default to a state that prevents the operation of machinery, contributing to a safer working environment.
Safety door switches play a critical role in compliance with safety standards and regulations in industrial settings, such as those outlined by organizations like the Occupational Safety and Health Administration (OSHA). They are widely used in manufacturing facilities, warehouses, and other environments where controlled access to machinery is crucial to prevent accidents, injuries, or damage to equipment.
In addition to their safety function, some safety door switches may include features like key-coded access, tamper detection, or integration with safety interlock systems. These features enhance security and help in maintaining a controlled and safe work environment. Overall, safety door switches are integral components in safety systems, contributing significantly to accident prevention and ensuring compliance with industry safety standards.
₹3,421   ₹3,755
You save ₹334!
8.89% OFF
The Omron Interlock Non-Locking DPST, Current 3A, Voltage 240 VAC, D4NS-2BF is a specific type of electrical switch that has certain characteristics regarding its configuration and operation. Let's break down the terminology:
1. **Interlock**: The term "interlock" suggests a mechanism that ensures the coordination or mutual dependence of two or more components. In the context of a switch, an interlock mechanism may be designed to prevent certain actions unless specific conditions are met. For example, it could be used to ensure that two circuits cannot be closed simultaneously, enhancing safety or operational requirements.
2. **Non-Locking**: "Non-locking" indicates that the switch does not have a latching mechanism. In other words, the switch does not stay in its on or off position by itself; instead, it relies on continuous manual pressure or external force to maintain a particular state. Once the force is removed, the switch returns to its default position.
3. **DPST**: This acronym stands for "Double Pole, Single Throw." It describes the internal configuration of the switch's contacts. "Double Pole" means that there are two sets of contacts that operate independently, and "Single Throw" indicates that each set of contacts can be in one of two positions (either open or closed).
Combining these terms, an "Interlock Non-Locking DPST" switch likely features two independent poles, each with a single throw, and incorporates an interlock mechanism to ensure proper coordination of its switching actions. The absence of a locking mechanism means that the switch requires continuous manual pressure to maintain its state.
This type of switch might find applications in scenarios where the interlock feature is essential for safety or operational reasons, and a non-locking mechanism is preferred to avoid accidental or unauthorized switching. Common applications could include machinery control, industrial equipment, or situations where a deliberate and sustained force is needed to engage or disengage a circuit.
₹3,539   ₹3,943
You save ₹404!
10.25% OFF
The Omron Interlock Non-Locking DPST, Current 3A, Voltage 240 VAC, D4NS-2AF is a specific type of electrical switch that has certain characteristics regarding its configuration and operation. Let's break down the terminology:
1. **Interlock**: The term "interlock" suggests a mechanism that ensures the coordination or mutual dependence of two or more components. In the context of a switch, an interlock mechanism may be designed to prevent certain actions unless specific conditions are met. For example, it could be used to ensure that two circuits cannot be closed simultaneously, enhancing safety or operational requirements.
2. **Non-Locking**: "Non-locking" indicates that the switch does not have a latching mechanism. In other words, the switch does not stay in its on or off position by itself; instead, it relies on continuous manual pressure or external force to maintain a particular state. Once the force is removed, the switch returns to its default position.
3. **DPST**: This acronym stands for "Double Pole, Single Throw." It describes the internal configuration of the switch's contacts. "Double Pole" means that there are two sets of contacts that operate independently, and "Single Throw" indicates that each set of contacts can be in one of two positions (either open or closed).
Combining these terms, an "Interlock Non-Locking DPST" switch likely features two independent poles, each with a single throw, and incorporates an interlock mechanism to ensure proper coordination of its switching actions. The absence of a locking mechanism means that the switch requires continuous manual pressure to maintain its state.
This type of switch might find applications in scenarios where the interlock feature is essential for safety or operational reasons, and a non-locking mechanism is preferred to avoid accidental or unauthorized switching. Common applications could include machinery control, industrial equipment, or situations where a deliberate and sustained force is needed to engage or disengage a circuit.
₹6,371   ₹7,308
You save ₹937!
12.82% OFF
The Omron Interlock Non-Locking DPST, Current 750 mA, Voltage 240 VAC, D4GS-N1R is a specific type of electrical switch that has certain characteristics regarding its configuration and operation. Let's break down the terminology:
1. **Interlock**: The term "interlock" suggests a mechanism that ensures the coordination or mutual dependence of two or more components. In the context of a switch, an interlock mechanism may be designed to prevent certain actions unless specific conditions are met. For example, it could be used to ensure that two circuits cannot be closed simultaneously, enhancing safety or operational requirements.
2. **Non-Locking**: "Non-locking" indicates that the switch does not have a latching mechanism. In other words, the switch does not stay in its on or off position by itself; instead, it relies on continuous manual pressure or external force to maintain a particular state. Once the force is removed, the switch returns to its default position.
3. **DPST**: This acronym stands for "Double Pole, Single Throw." It describes the internal configuration of the switch's contacts. "Double Pole" means that there are two sets of contacts that operate independently, and "Single Throw" indicates that each set of contacts can be in one of two positions (either open or closed).
Combining these terms, an "Interlock Non-Locking DPST" switch likely features two independent poles, each with a single throw, and incorporates an interlock mechanism to ensure proper coordination of its switching actions. The absence of a locking mechanism means that the switch requires continuous manual pressure to maintain its state.
This type of switch might find applications in scenarios where the interlock feature is essential for safety or operational reasons, and a non-locking mechanism is preferred to avoid accidental or unauthorized switching. Common applications could include machinery control, industrial equipment, or situations where a deliberate and sustained force is needed to engage or disengage a circuit.
₹7,197   ₹8,257
You save ₹1,060!
12.84% OFF
The Omron Interlock Non-Locking DPST, Current 10 A, Voltage 120 VAC, D4BS-1AFS is a specific type of electrical switch that has certain characteristics regarding its configuration and operation. Let's break down the terminology:
1. **Interlock**: The term "interlock" suggests a mechanism that ensures the coordination or mutual dependence of two or more components. In the context of a switch, an interlock mechanism may be designed to prevent certain actions unless specific conditions are met. For example, it could be used to ensure that two circuits cannot be closed simultaneously, enhancing safety or operational requirements.
2. **Non-Locking**: "Non-locking" indicates that the switch does not have a latching mechanism. In other words, the switch does not stay in its on or off position by itself; instead, it relies on continuous manual pressure or external force to maintain a particular state. Once the force is removed, the switch returns to its default position.
3. **DPST**: This acronym stands for "Double Pole, Single Throw." It describes the internal configuration of the switch's contacts. "Double Pole" means that there are two sets of contacts that operate independently, and "Single Throw" indicates that each set of contacts can be in one of two positions (either open or closed).
Combining these terms, an "Interlock Non-Locking DPST" switch likely features two independent poles, each with a single throw, and incorporates an interlock mechanism to ensure proper coordination of its switching actions. The absence of a locking mechanism means that the switch requires continuous manual pressure to maintain its state.
This type of switch might find applications in scenarios where the interlock feature is essential for safety or operational reasons, and a non-locking mechanism is preferred to avoid accidental or unauthorized switching. Common applications could include machinery control, industrial equipment, or situations where a deliberate and sustained force is needed to engage or disengage a circuit.
₹6,843   ₹7,863
You save ₹1,020!
12.97% OFF
The Omron Interlock Non-Locking DPST, Current 10 A, Voltage 120 VAC, D4BS-15FS is a specific type of electrical switch that has certain characteristics regarding its configuration and operation. Let's break down the terminology:
1. **Interlock**: The term "interlock" suggests a mechanism that ensures the coordination or mutual dependence of two or more components. In the context of a switch, an interlock mechanism may be designed to prevent certain actions unless specific conditions are met. For example, it could be used to ensure that two circuits cannot be closed simultaneously, enhancing safety or operational requirements.
2. **Non-Locking**: "Non-locking" indicates that the switch does not have a latching mechanism. In other words, the switch does not stay in its on or off position by itself; instead, it relies on continuous manual pressure or external force to maintain a particular state. Once the force is removed, the switch returns to its default position.
3. **DPST**: This acronym stands for "Double Pole, Single Throw." It describes the internal configuration of the switch's contacts. "Double Pole" means that there are two sets of contacts that operate independently, and "Single Throw" indicates that each set of contacts can be in one of two positions (either open or closed).
Combining these terms, an "Interlock Non-Locking DPST" switch likely features two independent poles, each with a single throw, and incorporates an interlock mechanism to ensure proper coordination of its switching actions. The absence of a locking mechanism means that the switch requires continuous manual pressure to maintain its state.
This type of switch might find applications in scenarios where the interlock feature is essential for safety or operational reasons, and a non-locking mechanism is preferred to avoid accidental or unauthorized switching. Common applications could include machinery control, industrial equipment, or situations where a deliberate and sustained force is needed to engage or disengage a circuit.
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