Allen-Bradley
- ABB
- GE
- NI
- EPRO
- METSO
- weida
- STS
- VMIC
- Hima
- KEBA
- B&R
- FANUC
- YASKAWA
- B&R
- KOLLMORGEN
- Other
- RELIANCE ELECTRIC
- Westinghouse
- ICS TRIPLEX
- Schneider
- MOORE
- YOKOGAWA
- ACQUISITIONLOGIC
- OKUMA
- SELECTRON
- SYNRAD
- PROSOFT
- Motorola
- Honeywell
- Bently
- Allen-Bradley
- Rockwell Ics Triplex
- Woodward
- Other Parts
- Triconex
- Foxboro
- Emerson
0102030405
Allen-Bradley 136-BX040-AN-E frequency converter
Allen-Bradley 136-BX040-AN-E
1. Overview
The Allen‑Bradley 136‑BX040‑AN‑E is a member of the SV+ (Sensorless Vector Plus) series from Rockwell Automation. Designed for medium‑to‑high power industrial applications, this 40 HP (30 kW) drive delivers precise speed and torque control for a wide range of machinery, including machine tools, packaging equipment, textile machines, mining systems, and other automation solutions requiring reliable motion control.
____________________________________________________________________________________________
The Allen‑Bradley 136‑BX040‑AN‑E is a member of the SV+ (Sensorless Vector Plus) series from Rockwell Automation. Designed for medium‑to‑high power industrial applications, this 40 HP (30 kW) drive delivers precise speed and torque control for a wide range of machinery, including machine tools, packaging equipment, textile machines, mining systems, and other automation solutions requiring reliable motion control.
____________________________________________________________________________________________
2. Key Specifications
Parameter
Specification
Power Rating
40 HP (30 kW)
Motor Type
Three‑phase AC induction motor
Input Voltage
460 V AC
Output Frequency
0 – 400 Hz (other ranges available)
Control Method
Sensorless Vector (SV)
Efficiency
High efficiency, compliant with IEC/EN 61800‑3
Operating Temperature
-20°C to +50°C (depending on mounting)
Protection Class
NEMA 4 or IP20
Communication
EtherNet/IP, DH+ (Profibus/Profinet optional)
Dimensions
7.75 in (196.9 mm) H × 6.75 in (171.5 mm) W × 1 in (25.4 mm) D
| Parameter | Specification |
|---|---|
| Power Rating | 40 HP (30 kW) |
| Motor Type | Three‑phase AC induction motor |
| Input Voltage | 460 V AC |
| Output Frequency | 0 – 400 Hz (other ranges available) |
| Control Method | Sensorless Vector (SV) |
| Efficiency | High efficiency, compliant with IEC/EN 61800‑3 |
| Operating Temperature | -20°C to +50°C (depending on mounting) |
| Protection Class | NEMA 4 or IP20 |
| Communication | EtherNet/IP, DH+ (Profibus/Profinet optional) |
| Dimensions | 7.75 in (196.9 mm) H × 6.75 in (171.5 mm) W × 1 in (25.4 mm) D |
3. Product Features
- Sensorless Vector Control: Achieves accurate speed and torque regulation without physical feedback devices, reducing system cost and complexity.
- Energy Efficient: Advanced power electronics minimize energy loss and lower operational costs.
- Flexible Programming: Seamlessly integrates with Allen‑Bradley PLCs via Ladder Logic and EtherNet/IP for easy system configuration.
- Rugged Design: Built to withstand harsh industrial environments with strong resistance to electrical noise and mechanical stress.
____________________________________________________________________________________________
- Sensorless Vector Control: Achieves accurate speed and torque regulation without physical feedback devices, reducing system cost and complexity.
- Energy Efficient: Advanced power electronics minimize energy loss and lower operational costs.
- Flexible Programming: Seamlessly integrates with Allen‑Bradley PLCs via Ladder Logic and EtherNet/IP for easy system configuration.
- Rugged Design: Built to withstand harsh industrial environments with strong resistance to electrical noise and mechanical stress.
____________________________________________________________________________________________
4. Construction and Components
- Power Module: Converts incoming AC power to adjustable voltage and frequency using IGBT or MOSFET technology.
- Control Module: Features a high‑performance microprocessor or DSP to execute vector control algorithms and manage I/O signals.
- Communication Interfaces: Provides EtherNet/IP, DH+, and serial connectivity for remote monitoring and configuration.
- Cooling System: Equipped with fans and heat sinks to ensure stable operation under heavy loads.
____________________________________________________________________________________________
- Power Module: Converts incoming AC power to adjustable voltage and frequency using IGBT or MOSFET technology.
- Control Module: Features a high‑performance microprocessor or DSP to execute vector control algorithms and manage I/O signals.
- Communication Interfaces: Provides EtherNet/IP, DH+, and serial connectivity for remote monitoring and configuration.
- Cooling System: Equipped with fans and heat sinks to ensure stable operation under heavy loads.
____________________________________________________________________________________________
5. Typical Applications
- Machine Tools: Spindle drives for lathes, milling machines, and other equipment requiring precise torque control.
- Packaging Machinery: Synchronized control for winding, conveying, and packaging processes.
- Textile Equipment: High‑efficiency and accurate speed control for textile manufacturing.
- Fans and Pumps: Variable speed operation to match load requirements and reduce energy consumption.
____________________________________________________________________________________________
- Machine Tools: Spindle drives for lathes, milling machines, and other equipment requiring precise torque control.
- Packaging Machinery: Synchronized control for winding, conveying, and packaging processes.
- Textile Equipment: High‑efficiency and accurate speed control for textile manufacturing.
- Fans and Pumps: Variable speed operation to match load requirements and reduce energy consumption.
____________________________________________________________________________________________
6. Installation and Maintenance
- Space Requirements: Allow at least 6 inches (152.4 mm) of clearance on all sides for proper ventilation and maintenance.
- Electrical Wiring: Follow local electrical codes (e.g., GB 50303) to ensure secure connections and minimize electrical interference.
- Cooling Maintenance: Regularly clean air inlets and outlets, and check fan operation to maintain optimal heat dissipation.
- Parameter Backup: Before commissioning, back up original parameters via EtherNet/IP to prevent startup issues after adjustments.
____________________________________________________________________________________________
- Space Requirements: Allow at least 6 inches (152.4 mm) of clearance on all sides for proper ventilation and maintenance.
- Electrical Wiring: Follow local electrical codes (e.g., GB 50303) to ensure secure connections and minimize electrical interference.
- Cooling Maintenance: Regularly clean air inlets and outlets, and check fan operation to maintain optimal heat dissipation.
- Parameter Backup: Before commissioning, back up original parameters via EtherNet/IP to prevent startup issues after adjustments.
____________________________________________________________________________________________
7. Common Issues and Troubleshooting
- Inaccurate rotor position detection: Ensure a stable three‑phase power supply and avoid voltage imbalance or harmonic distortion.
- Frequent overcurrent trips: Check for motor overload, rotor jamming, or excessive mechanical load.
- Communication failures: Verify IP address settings, use shielded Ethernet cables, and confirm correct node configuration in the PLC program.
- Inaccurate rotor position detection: Ensure a stable three‑phase power supply and avoid voltage imbalance or harmonic distortion.
- Frequent overcurrent trips: Check for motor overload, rotor jamming, or excessive mechanical load.
- Communication failures: Verify IP address settings, use shielded Ethernet cables, and confirm correct node configuration in the PLC program.
------------------------------------------
Many products have not been listed yet. Please contact us for more products
📧 sales5@xrjdcs.com | 📞 +86 18250705533（WhatsApp）丨Sales Manager： Jinny
Main brand
ABB 丨 GE 丨Allen Bradley 丨 Honeywell 丨 Emerson 丨 Bently Nevada 丨 Westinghouse
Triconex 丨Foxboro 丨 ICS Triplex 丨 Hima 丨 Schneider 丨 Yokogawa 丨 Woodward & more
Elevate Your Industrial Operations with Trusted DCS Spare Parts
As a leading supplier specializing in DCS (Distributed Control System) spare parts, we are committed to delivering tailored, high-performance solutions for industrial automation sectors worldwide. Leveraging decades of expertise in the field, we stand out by combining authentic products, expert technical support, and customer-centric services, becoming the preferred partner for enterprises seeking reliable DCS spare parts supply.
Choose Us for Unmatched DCS Spare Parts Solutions
- Streamlined Procurement: Our one-stop shopping experience eliminates the hassle of dealing with multiple suppliers, saving you valuable time and resources in sourcing DCS spare parts.
- Guaranteed Authenticity: All our spare parts are 100% OEM genuine, undergoing rigorous quality checks to ensure compatibility and reliability, safeguarding the performance of your DCS systems.
- Cost-Effective Operations: Our competitive pricing helps you reduce procurement costs, enhancing your overall operational efficiency and profitability.
Ready to experience the difference of working with a trusted DCS spare parts provider? Contact us today to discuss your specific needs, and let our team deliver the tailored solutions that elevate your industrial operations.
description2