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1 month ago
3RP1505-1RW30
Siemens 3RP1505-1RW30 available at EU Automation. Get in touch today for a quick price.
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What happens next?
1. Email confirmation
You will get an email confirming that we have received your enquiry.
2. Dedicated Account Manager
One of our team will be in touch to confirm your part(s) specification and condition.
3. Your quote
You will receive a comprehensive quote tailored to your specific needs.
The Siemens 3RP1505-1RW30 is a versatile timing relay designed to meet the demands of various industrial automation applications. This multifunctional relay offers a wide range of timing functions, making it suitable for diverse operational requirements. It features two change-over contacts and supports eight different functions, providing flexibility in control and automation tasks.
With a robust design, the 3RP1505-1RW30 operates within a voltage range of 24 to 240V AC/DC at 50/60 Hz, ensuring compatibility with various power systems. The relay is equipped with positively driven and gold-plated contacts, enhancing reliability and longevity. It offers 15 selectable time ranges from 0.05 seconds to 100 hours, allowing precise control over timing operations.
The relay's compact dimensions (22.5 x 91 x 102 mm) and snap-on mounting capability make it easy to install in tight spaces and on standard 35 mm DIN rails. It is designed to operate in a wide temperature range from -25°C to +60°C, ensuring reliable performance in harsh environments.
The Siemens 3RP1505-1RW30 timing relay is an essential component for automation systems, providing accurate and reliable timing control for various industrial processes. Its high-quality construction and versatile functionality make it a valuable addition to any automation setup.
With a robust design, the 3RP1505-1RW30 operates within a voltage range of 24 to 240V AC/DC at 50/60 Hz, ensuring compatibility with various power systems. The relay is equipped with positively driven and gold-plated contacts, enhancing reliability and longevity. It offers 15 selectable time ranges from 0.05 seconds to 100 hours, allowing precise control over timing operations.
The relay's compact dimensions (22.5 x 91 x 102 mm) and snap-on mounting capability make it easy to install in tight spaces and on standard 35 mm DIN rails. It is designed to operate in a wide temperature range from -25°C to +60°C, ensuring reliable performance in harsh environments.
The Siemens 3RP1505-1RW30 timing relay is an essential component for automation systems, providing accurate and reliable timing control for various industrial processes. Its high-quality construction and versatile functionality make it a valuable addition to any automation setup.
| Specification | Description |
|---|---|
| Part Number | 3RP1505-1RW30 |
| Manufacturer | Siemens |
| Product Brand Name | SIRIUS |
| Product Designation | Timing Relay |
| Product Type Designation | 3RP15 |
| Functions | 8 functions |
| Time Ranges | 15 time ranges (0.05 s - 100 h) |
| Contacts | 2 change-over contacts |
| Contact Material | AgSnO2 |
| Control Supply Voltage | 24-240 V AC/DC |
| Control Supply Voltage Frequency | 50/60 Hz |
| Protection Class IP | IP20 |
| Mounting Type | Screw and snap-on mounting onto 35 mm standard mounting rail |
| Mounting Position | Any |
| Dimensions (W x H x D) | 22.5 x 102 x 91 mm |
| Ambient Temperature (Operation) | -25 to +60 °C |
| Ambient Temperature (Storage) | -40 to +85 °C |
| Relative Humidity (Operation) | 10 to 95% |
| Mechanical Service Life | 10,000,000 switching cycles |
| Electrical Endurance | 100,000 switching cycles at AC-15 at 230 V |
| Adjustable Time | 0.05 s to 100 h |
| Thermal Current | 5 A |
| Minimum ON Period | 35 ms |
| Recovery Time | 150 ms |
| Insulation Voltage | 300 V (overvoltage category III, pollution degree 3) |
| Test Voltage for Isolation | 2 kV |
| Surge Voltage Resistance | 4,000 V |
| Shock Resistance | 11g / 15 ms (IEC 60068-2-27) |
| Vibration Resistance | 10-55 Hz / 0.35 mm (IEC 60068-2-6) |
| EMI Immunity | EN 61000-6-2 |
| Conducted Interference | 2 kV network connection / 1 kV control connection (IEC 61000-4-4) |
| Electrostatic Discharge | 4 kV contact discharge / 8 kV air discharge (IEC 61000-4-2) |
| Field-bound Parasitic Coupling | 10 V/m (IEC 61000-4-3) |
| Conductor Cross-section (Solid) | 0.5 - 4 mm² |
| Conductor Cross-section (Stranded) | 0.5 - 2.5 mm² |
| AWG Conductor Cross-section (Solid) | 20 - 14 |
| AWG Conductor Cross-section (Stranded) | 20 - 14 |
| Tightening Torque | 0.8 - 1.2 N·m |
| Connection Screw Thread | M3 |
| Required Spacing (Side-by-side Mounting) | 0 mm in all directions |
| Installation Altitude | Up to 2,000 m above sea level |
| Product Function | Removable terminal for auxiliary and control circuit |
| Type of Electrical Connection | Screw-type terminals |
| Conductor-bound Parasitic Coupling (Surge) | 1 kV (IEC 61000-4-5) |
| Conductor-bound Parasitic Coupling (Burst) | 2 kV network connection / 1 kV control connection (IEC 61000-4-4) |
| Field-bound Parasitic Coupling | 10 V/m (IEC 61000-4-3) |
| Electrostatic Discharge | 4 kV contact discharge / 8 kV air discharge (IEC 61000-4-2) |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss | 2 W |
| Reference Code (DIN EN 81346-2) | K |
| Reference Code (DIN 40719) | K |
| Category (EN 954-1) | None |
| Protection Against Electrical Shock | Finger-safe |
| Type of Insulation | Basic insulation |
| Category (EN 954-1) | None |
| Power Loss |
What is the function of this timing relay?
This timing relay is designed to control the timing of electrical circuits, providing precise time delays for various industrial applications.
What voltage range does this timing relay support?
The Siemens 3RP1505-1RW30 timing relay supports a wide voltage range of 24 to 240V AC/DC at 50/60 Hz.
What are the dimensions of this timing relay?
The dimensions of the Siemens 3RP1505-1RW30 timing relay are 22.5 mm in width, 91 mm in depth, and 102 mm in height.
What type of mounting does this timing relay use?
This timing relay uses screw and snap-on mounting onto a 35 mm standard mounting rail.
What is the adjustable time range for this timing relay?
The adjustable time range for the Siemens 3RP1505-1RW30 timing relay is from 0.05 seconds to 100 hours.
What is the protection class of this timing relay?
The protection class of the Siemens 3RP1505-1RW30 timing relay is IP20.
What is the mechanical service life of this timing relay?
The mechanical service life of the Siemens 3RP1505-1RW30 timing relay is approximately 10 million switching cycles.
What type of contacts does this timing relay have?
The Siemens 3RP1505-1RW30 timing relay features positively driven and gold-plated relay contacts.
What is the thermal current rating of this timing relay?
The thermal current rating of the Siemens 3RP1505-1RW30 timing relay is 5 A.
What is the degree of pollution for this timing relay?
The Siemens 3RP1505-1RW30 timing relay has a degree of pollution rating of 3.
- Automating industrial processes
- Controlling the timing of machinery operations
- Managing sequential operations in manufacturing
- Delaying the activation of electrical circuits
- Coordinating start and stop sequences in production lines
- Ensuring precise timing in automated systems
- Integrating with control panels for process control
- Enhancing the functionality of electrical control systems
- Providing time-based control in HVAC systems
- Supporting time-delay functions in lighting control systems
This content has been produced using multiple sources. EU Automation takes no responsibility for the accuracy of this information. Always consult the original equipment manufacturer for the most up to date instructions and information.
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