Pilz PNOZsigma PNOZ s1 Emergency Stop Safety Relay, 24V dc, Single Channel, 2 Safety Contacts

RS Stock No.: 155-939Brand: PilzManufacturers Part No.: 750101
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Technical Document

Specifications

Brand

Pilz

Supply Voltage

24V dc

Number of Channels

1

Safety Contacts

2

Function

Emergency Stop

Reset Method

Automatic & Manual

Range

PNOZsigma

Safety Category ISO 13849-1

3

Safety Category (ISO 13849-1)

3

PL ISO 13849-1

e

PL (ISO 13849-1)

e

SIL IEC 61508

2

SIL (IEC 61508)

2

Terminal Type

Screw

Series

PNOZ s1

Width

12.5mm

Depth

120mm

Performance Level

e

Length

100mm

Country of Origin

Germany

Product details

PNOZ S1 series by PILZ

The PNOZ S1 series of Safety relay by PILZ. Known for their reliability and durability, PILZ safety relays offer you second to none safety protection features to ensure you and your workplace stay safe. Specifically, the S1 series is suitable for many different applications which you can find listed below.

Features and benefits:

• LED display that offers you the following measures:
- Supply voltage
- Input status, channel 1
- Input status, channel 2
- Switch status, safety contacts
- Reset Circuit
- Error indication

Safety features

• Self-monitoring built in
• Safety functions remain effective in the case of components failure
• Correct opening and closing is tested automatically at the end of each on / off cycle
• The transform uses an electronic fuse which prevents short circuiting.

Applications

• E STOP pushbutton
• Safety gate limit switches
• Reset buttons

Technical safety parameters

• EN 60947-5-1
• EN 60204-1
• VDE 0113-1

How do Safety Relays work and what are they used for?

Safety Relays work by helping reduce unnecessary risk and hazard within your circuit. A typical circuit configuration may look like a production line where highly automated machinery works quickly, i.e. a production or packing line in a warehouse or factory. This line forms part of your 'circuit' and along that circuit you will have safety devices in place like emergency push buttons, safety curtains or pressure sensitive mats. To ensure complete safety in these environments, a safety relay can be added to your circuit to allow you full control and monitoring of your working environment. A safety relay will run regular checks down your circuit by sending pulses back and forth to confirm whether any (for example) wiring was implemented incorrectly or any welding has occurred along the circuit. Once the relay has detected this, it would then shut down the area by cutting off the power, until the fault can be determined and fixed. Most recent safety relays feature intuitive LED displays that will alert users to any faults, this is of course useful to prevent harm to users and also proactively engage in maintenance before any machinery is damaged beyond repair, so certain cost savings can be associated when using a safety relay.
Some safety relays have specific functions and only work with certain devices like E-STOPs, some work better with other devices like safety curtains. More than one safety relay can be used to give you total monitoring of your circuit, ensuring you and your employees safety.

What are the differences between a traditional 'relay' and a 'safety relay'?

A traditional relay will open and close your circuit and the switch devices down that line, however it will not monitor it in the same way a safety relay will and cannot automatically shut down specified areas to prevent harm to the machinery or workers. Safety relays are not prone to the same potential risks that traditional relays are and can be relied upon to monitor short circuit faults, ground faults or wire breakage. Offering a greater protection over their counterpart relays, they are specifically designed with your safety in mind.

How do you operate a Safety Relay?

You must first align and wire the safety relay into your line and follow the setup instructions provided (will vary per manufacturer). Follow the onscreen instructions of the LED parallel to your instructions to perform integration into your circuit line. Depending on what parameters you set will determine the function of the safety relay (i.e. you tell it to cut off certain areas after certain criteria have been met, or you opt for a circuit wide halt of the line).

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SR 966.55

Each (ex VAT)

SR 1,111.53

Each (inc. VAT)

Pilz PNOZsigma PNOZ s1 Emergency Stop Safety Relay, 24V dc, Single Channel, 2 Safety Contacts

SR 966.55

Each (ex VAT)

SR 1,111.53

Each (inc. VAT)

Pilz PNOZsigma PNOZ s1 Emergency Stop Safety Relay, 24V dc, Single Channel, 2 Safety Contacts
Stock information temporarily unavailable.

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more

Technical Document

Specifications

Brand

Pilz

Supply Voltage

24V dc

Number of Channels

1

Safety Contacts

2

Function

Emergency Stop

Reset Method

Automatic & Manual

Range

PNOZsigma

Safety Category ISO 13849-1

3

Safety Category (ISO 13849-1)

3

PL ISO 13849-1

e

PL (ISO 13849-1)

e

SIL IEC 61508

2

SIL (IEC 61508)

2

Terminal Type

Screw

Series

PNOZ s1

Width

12.5mm

Depth

120mm

Performance Level

e

Length

100mm

Country of Origin

Germany

Product details

PNOZ S1 series by PILZ

The PNOZ S1 series of Safety relay by PILZ. Known for their reliability and durability, PILZ safety relays offer you second to none safety protection features to ensure you and your workplace stay safe. Specifically, the S1 series is suitable for many different applications which you can find listed below.

Features and benefits:

• LED display that offers you the following measures:
- Supply voltage
- Input status, channel 1
- Input status, channel 2
- Switch status, safety contacts
- Reset Circuit
- Error indication

Safety features

• Self-monitoring built in
• Safety functions remain effective in the case of components failure
• Correct opening and closing is tested automatically at the end of each on / off cycle
• The transform uses an electronic fuse which prevents short circuiting.

Applications

• E STOP pushbutton
• Safety gate limit switches
• Reset buttons

Technical safety parameters

• EN 60947-5-1
• EN 60204-1
• VDE 0113-1

How do Safety Relays work and what are they used for?

Safety Relays work by helping reduce unnecessary risk and hazard within your circuit. A typical circuit configuration may look like a production line where highly automated machinery works quickly, i.e. a production or packing line in a warehouse or factory. This line forms part of your 'circuit' and along that circuit you will have safety devices in place like emergency push buttons, safety curtains or pressure sensitive mats. To ensure complete safety in these environments, a safety relay can be added to your circuit to allow you full control and monitoring of your working environment. A safety relay will run regular checks down your circuit by sending pulses back and forth to confirm whether any (for example) wiring was implemented incorrectly or any welding has occurred along the circuit. Once the relay has detected this, it would then shut down the area by cutting off the power, until the fault can be determined and fixed. Most recent safety relays feature intuitive LED displays that will alert users to any faults, this is of course useful to prevent harm to users and also proactively engage in maintenance before any machinery is damaged beyond repair, so certain cost savings can be associated when using a safety relay.
Some safety relays have specific functions and only work with certain devices like E-STOPs, some work better with other devices like safety curtains. More than one safety relay can be used to give you total monitoring of your circuit, ensuring you and your employees safety.

What are the differences between a traditional 'relay' and a 'safety relay'?

A traditional relay will open and close your circuit and the switch devices down that line, however it will not monitor it in the same way a safety relay will and cannot automatically shut down specified areas to prevent harm to the machinery or workers. Safety relays are not prone to the same potential risks that traditional relays are and can be relied upon to monitor short circuit faults, ground faults or wire breakage. Offering a greater protection over their counterpart relays, they are specifically designed with your safety in mind.

How do you operate a Safety Relay?

You must first align and wire the safety relay into your line and follow the setup instructions provided (will vary per manufacturer). Follow the onscreen instructions of the LED parallel to your instructions to perform integration into your circuit line. Depending on what parameters you set will determine the function of the safety relay (i.e. you tell it to cut off certain areas after certain criteria have been met, or you opt for a circuit wide halt of the line).

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more