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Siemens
3RK1301-0BB00-0AA2
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Specification & Description
| Specification | Description |
|---|---|
| Part Number | 3RK1301-0BB00-0AA2 |
| Manufacturer | Siemens |
| Product Family | Sirius |
| Product Type | Motor Starter ET 200S |
| Design | Direct Starter |
| Expandability | Yes |
| Setting Range | 0.14...0.2 A |
| Rated Power | 0.06 kW / 400 V |
| Trip Class | CLASS 10 |
| Operating Voltage | 200...400 V |
| Control Supply Voltage | 20.4...28.8 V DC |
| Protection Class | IP20 |
| Ambient Temperature (Operating) | 0...60 °C |
| Ambient Temperature (Storage) | -40...+70 °C |
| Relative Humidity (Operating) | 5...95% |
| Mounting Position | Vertical, Horizontal |
| Communication Protocols | PROFIBUS DP, PROFINET |
| Electrical Connection (Main Circuit) | Screw-type Terminals |
| Electrical Connection (Control) | Plug |
| Dimensions (H x W x D) | 265 mm x 45 mm x 120 mm |
| Mechanical Service Life | 100,000 switching cycles |
| Short Circuit Protection | Circuit-breakers |
| Maximum Short-circuit Current | 50 kA at 400 V |
| Degree of Pollution | 3 at 400 V, 2 at 500 V according to IEC60664 (IEC61131) |
| EMC Standards | CISPR11, IEC 60947-1, IEC 61000-4-4, IEC 61000-4-5, IEC 61000-4-3 |
| Certificates/Approvals | CE, UL, CSA, CCC |
| Product Function | Direct Start, Short Circuit Protection, On-site Operation |
| Product Component | Outlet for Engine Brake |
| Product Extension | Braking Module for Brake Control |
| Installation Altitude | Up to 2,000 m above sea level |
| Power Loss (Hot Operating State) | 9 W |
| Insulation Voltage | 500 V |
| Surge Voltage Resistance | 6 kV |
| Adjustable Response Current | 0.14...0.2 A |
| Operating Frequency | 50/60 Hz |
| Design of Switching Contact | Electromechanical |
| Type of Motor Protection | Bimetal |
| Resistance Against Vibration | 2g |
| Resistance Against Shock | 5g / 11 ms |
| Degree of Protection Against Shock | Finger-safe |
| Conductor-bound Parasitic Coupling | 2 kV on voltage supply, inputs and outputs (BURST) |
| Field-bound Parasitic Coupling | 80 MHz...1 GHz 10 V/m, 1.4 GHz...2 Hz 3 V/m, 2 GHz...2.7 GHz 1 V/m |
| Verification of Suitability | CE, UL, CSA, CCC |
| Product Brand Name | SIMATIC |
| Product Designation | Motor Starters |
| Product Type Designation | ET 200S |
| Power Loss (Auxiliary and Control) | 4.12 W (ON), 0.374 W (OFF) |
| Mounting Type | Pluggable on Terminal Module |
| Protocol Support | PROFIBUS DP, PROFINET |
| Address Range Memory | 1 byte (inputs), 1 byte (outputs) |
| Type of Electrical Connection | Via Backplane Bus |
| UL/CSA Ratings | 600 V at AC 60 Hz |
| Product Function (Bus Communication) | Yes |
| Product Function (PROFIenergy) | No |
| Product Function (Digital Inputs) | No |
| Product Function (Digital Outputs) | No |
| Number of Digital Inputs | 0 |
| Number of Digital Outputs | 0 |
| Number of Poles (Main Circuit) | 3 |
| Operating Current (AC-3 at 400 V) | 0.2 A |
| Operating Power (AC-3 at 400 V) | 0.06 kW |
| Operating Power (Three-phase Motors) | 0.06...0.06 kW at 400 V 50 Hz |
| Maximum Permissible Voltage | 400 V for safe disconnection between main circuit and auxiliary circuit |
| Reference Code (DIN EN 61346-2) | Q |
| Reference Code (DIN 40719) | A |
| Type of Assignment | 2 |
| Product Function (Reverse Starting) | No |
| Product Function (Brake Control) | No |
| Product Function (On-site Operation) | Yes |
| Product Function (Short Circuit) | Yes |
| Product Component (Motor Brake) | Yes |
| Product Extension (Braking Module) | Yes |
| Product Function (Supports PROFIenergy) | No |
| Product Function (Supports PROFIenergy Shutdown) | No |
| Address Range Memory (Inputs) | 1 byte |
| Address Range Memory (Outputs) | 1 byte |
| Type of Electrical Connection (Communication Interface) | Via Backplane Bus |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) | Screw-type Terminals |
| Type of Electrical Connection (Main Energy Transmission) | Via Energy Bus |
| Type of Electrical Connection (Supply Voltage Line-side) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Manufacturer-specific Device Interface) | Plug |
| Type of Electrical Connection (Main Current Circuit) | Screw-type Terminals |
| Type of Electrical Connection (Supply Voltage Infeed) | Via Backplane Bus |
| Type of Electrical Connection (Supply Voltage Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Communication Transmission) | Via Backplane Bus |
| Type of Electrical Connection (Digital Input Signals) | Using Control Module |
| Type of Electrical Connection (Digital Output Signals) | Using Control Module |
| Type of Electrical Connection (Main Energy Infeed) | Screw-type Terminals |
| Type of Electrical Connection (Load-side Outgoing Feeder) |
The Siemens 3RK1301-0BB00-0AA2 is a versatile and reliable direct-on-line (DOL) motor starter designed for use in industrial automation systems. This motor starter is part of the ET 200S series and is known for its robust performance and expandability. It features an adjustable setting range of 0.14 to 0.2 A, making it suitable for applications requiring precise control of motor operations.
With a power rating of 0.06 kW at 400 V, the 3RK1301-0BB00-0AA2 is ideal for small motor applications. It supports both PROFIBUS DP and PROFINET communication protocols, ensuring seamless integration into modern industrial networks. The unit is designed for easy installation with its pluggable terminal module, and it can be mounted in both vertical and horizontal positions.
The motor starter offers comprehensive protection features, including short circuit protection and a bimetallic overload release mechanism. It operates efficiently within a wide ambient temperature range of 0 to 60°C and can withstand harsh environmental conditions with a relative humidity range of 5 to 95%.
Engineered for durability, the Siemens 3RK1301-0BB00-0AA2 boasts a mechanical service life of up to 100,000 switching cycles. Its compact dimensions (265 mm height, 45 mm width, and 120 mm depth) make it a space-saving solution for control panels. The unit is also finger-safe, providing an added layer of safety during operation.
Overall, the Siemens 3RK1301-0BB00-0AA2 motor starter is a dependable choice for controlling and protecting motors in various industrial applications, offering both performance and flexibility.
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Marvo is a highly credible supplier of industrial automation parts and components with dedicated hubs around the world offering industry-leading products and services. Marvo is committed to providing a quick, easy and reliable place to source your automation and control components. All purchases come as standard with a comprehensive 12-month return to base warranty meaning that, in just a few clicks, you can source critical parts more seamlessly than ever before. Click here to read an article on how Marvo is redefining convenience for automation and manufacturing professionals.
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Frequently Asked Questions
What is the setting range for the Siemens DOL starter?
The Siemens DOL starter has a setting range of 0.14 to 0.2 A.
What is the maximum power rating for this DOL starter?
The maximum power rating for the Siemens 3RK1301-0BB00-0AA2 DOL starter is 0.06 kW at 400 V.
Is this DOL starter expandable?
Yes, the Siemens 3RK1301-0BB00-0AA2 DOL starter is expandable.
What type of motor protection does this starter provide?
This DOL starter provides bimetal motor protection.
What is the rated operating voltage for this DOL starter?
The rated operating voltage for the Siemens 3RK1301-0BB00-0AA2 DOL starter is 200 to 400 V.
Does this DOL starter support bus communication?
Yes, the Siemens 3RK1301-0BB00-0AA2 DOL starter supports bus communication.
What is the degree of protection for this DOL starter?
The Siemens 3RK1301-0BB00-0AA2 DOL starter has an IP20 degree of protection.
What is the typical mechanical service life of this DOL starter?
The typical mechanical service life of the Siemens 3RK1301-0BB00-0AA2 DOL starter is 100,000 switching cycles.
What type of switching contact does this DOL starter use?
The Siemens 3RK1301-0BB00-0AA2 DOL starter uses an electromechanical switching contact.
What is the trip class of this DOL starter?
The trip class of the Siemens 3RK1301-0BB00-0AA2 DOL starter is CLASS 10.
Part conditions explained
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New unsealed: The product is in its original packaging, but the packaging has been opened or unsealed. It has never been used and should be in near pristine condition.
New sealed: The product is sealed in its original packaging. It has never been opened or used, ensuring that it's in an untouched state.
New unboxed: The product does not come in its original packaging, but it has never been used and is in great working condition.
Refurbished: The product has been previously used, but it has undergone a thorough refurbishment process to restore it to a like-new or functional condition. Any defects or issues have been addressed, making it suitable for reuse.
Used: The product has been previously owned and has been used. It may show signs of wear and tear but is still functional and operational. The condition may vary depending on the specific item and its usage history.
