.svg?v=180920048278408794651730423543){kind=small}
6SN1145-1BB00-0EA1 | Siemens Simodrive 611 IR Infeed Module, 80/104 kW, Regulated
- Regular price
- $8,100.00
- Sale price
- $8,100.00
- Regular price
-
Couldn't load pickup availability
Do you need help?
Product Description P/N: 6SN1145-1BB00-0EA1
Description
The 6SN11451BB000EA1 is an infeed module manufactured by Siemens for use with automation drive systems. The Siemens infeed module 6SN11451BB000EA1 is configured within the SIMODRIVE 611 digital drive converter system. Other modules that work with the SIMODRIVE 611 system are the control units, power modules, line supply connectors, and motors.
Technical Specifications
| Brand | SIEMENS |
| Part Number | 6SN1145-1BB00-0EA1 |
| Type | AC Drives |
| Supply voltage | 400 V ac |
| Phase | 3 Phase |
| Control | Closed loop |
| Cooling | Internal |
| Nom Power Rating | 80/104 kW |
Information About 6SN1145-1BB00-0EA1
How is the Siemens 6SN11451BB000EA1 infeed module employed within the drive system? In general, the infeed module connects the drive group to the line supply. The I/R modules (Infeed or regenerative) is used to input power to the DC link. The UI (unregulated infeed) is also used to input power to the DC link. Along with the monitoring module, both the infeed/regenerative and the unregulated modules provide connected modules with the electronics power supply.
Does the infeed module provide overload protection for your drive system? The infeed module has no overload protection for the drive system. To overcome this, overload protection must be configured, and control boards must have appropriate current values set.
I/R modules and HF/HFD commutating reactors are two modules that make up the step–up converter (7 kHz). The step-up converter is used for controlling the DC link voltage. It is also used for enabling regenerative feedback.
What applications are the I/R module used for? The I/R module is used for the three following applications: 1) High-dynamic machine requirements -placed on the drives 2) Frequent braking cycles/high braking energy 3) Control cabinet designs made for low operating costs. The HFD line reactor is necessary for proper I/R function.
The infeed module includes a relay contact NC contact and a ready signal NO contact. The relay contact for group signal I2t and motor over temperature for pulse enable, enable voltage, and drive enable. The reference voltage is below for potential for enable: P24, P15, N15, N24, m and reset. Enable voltage, set up operation, contactor energization, start, signaling contact, and line contactor. The next section of the infeed module includes the Enable signal for internal line contactor followed by the signaling contact start inhibit (NC contact). DC link power supply for buffering power failures and three connections for external infeed for the electronics power supply are the next part by the equipment bus.
The LED display indicates with either red, green, or yellow to signal such things as electronics power supply faulted, device readiness, voltage faulted, and DC link overvoltage.
Manufacturer information
Siemens: A renowned global manufacturer, leading in technology, engineering, and innovation across diverse sectors for a sustainable future.
Description
The 6SN11451BB000EA1 is an infeed module manufactured by Siemens for use with automation drive systems. The Siemens infeed module 6SN11451BB000EA1 is configured within the SIMODRIVE 611 digital drive converter system. Other modules that work with the SIMODRIVE 611 system are the control units, power modules, line supply connectors, and motors.
Technical Specifications
| Brand | SIEMENS |
| Part Number | 6SN1145-1BB00-0EA1 |
| Type | AC Drives |
| Supply voltage | 400 V ac |
| Phase | 3 Phase |
| Control | Closed loop |
| Cooling | Internal |
| Nom Power Rating | 80/104 kW |
Information About 6SN1145-1BB00-0EA1
How is the Siemens 6SN11451BB000EA1 infeed module employed within the drive system? In general, the infeed module connects the drive group to the line supply. The I/R modules (Infeed or regenerative) is used to input power to the DC link. The UI (unregulated infeed) is also used to input power to the DC link. Along with the monitoring module, both the infeed/regenerative and the unregulated modules provide connected modules with the electronics power supply.
Does the infeed module provide overload protection for your drive system? The infeed module has no overload protection for the drive system. To overcome this, overload protection must be configured, and control boards must have appropriate current values set.
I/R modules and HF/HFD commutating reactors are two modules that make up the step–up converter (7 kHz). The step-up converter is used for controlling the DC link voltage. It is also used for enabling regenerative feedback.
What applications are the I/R module used for? The I/R module is used for the three following applications: 1) High-dynamic machine requirements -placed on the drives 2) Frequent braking cycles/high braking energy 3) Control cabinet designs made for low operating costs. The HFD line reactor is necessary for proper I/R function.
The infeed module includes a relay contact NC contact and a ready signal NO contact. The relay contact for group signal I2t and motor over temperature for pulse enable, enable voltage, and drive enable. The reference voltage is below for potential for enable: P24, P15, N15, N24, m and reset. Enable voltage, set up operation, contactor energization, start, signaling contact, and line contactor. The next section of the infeed module includes the Enable signal for internal line contactor followed by the signaling contact start inhibit (NC contact). DC link power supply for buffering power failures and three connections for external infeed for the electronics power supply are the next part by the equipment bus.
The LED display indicates with either red, green, or yellow to signal such things as electronics power supply faulted, device readiness, voltage faulted, and DC link overvoltage.
Manufacturer information
Siemens: A renowned global manufacturer, leading in technology, engineering, and innovation across diverse sectors for a sustainable future.