ABB 7B36N247N088G1 Chiller Motors - 2 AIR OVERHP,1170RPM
Part Number: 7B36N247N088G1
Quick Summary
ABB 7B36N247N088G1 is a high-efficiency chiller/cooling tower motor designed for HVAC chillers and cooling towers. This model delivers reliable operation under demanding loads, helping facilities reduce energy use and extend equipment life. Stocked at multiple warehouses with 0-day lead time, it enables rapid replacements and minimizes downtime during maintenance windows. While the provided data does not list explicit certification marks, ABB motors commonly align with widely recognized standards; verify current certifications with the supplier as part of procurement. The 2 AIR OVERHP configuration, 1170 RPM, 3PH, 60 Hz design supports stable control and predictable performance across seasons. Its footprint and weight are suitable for standard mounting, aiding quick installations for projects or service upgrades.
Product Information
Extended Description
7B36N247N088G1 ABB: Chiller/Cooling Tower Motors (36N247N088G1)
Configuration Only
No
Country of Origin
United States (US)
Lead Time
0 day
Made To Order
No
Product Sales Status
Active
Quote Only
No
Stocked At Warehouses
EGAUT001EXPU
Warranty Return
Product under warranty must be returned
Configuration Only
No
Country of Origin
United States (US)
Lead Time
0 day
Made To Order
No
Product Sales Status
Active
Quote Only
No
Stocked At Warehouses
GBINS001EXPU
Warranty Return
Product under warranty must be returned
Country of Origin
United States (US)
Lead Time
0 day
Made To Order
No
Product Sales Status
Active
Quote Only
No
Stocked At Warehouses
SGIND004EXPU
Warranty Return
Product under warranty must be returned
Country of Origin
United States (US)
Lead Time
0 day
Made To Order
No
Product Sales Status
Active
Quote Only
No
Stocked At Warehouses
USABB014EXPU
Warranty Return
Product under warranty must be returned
ABB Type Designation
2 AIR OVERHP,1170RPM,3PH,60HZ,184TZ
Country of Origin
United States (US)
Customs Tariff Number
85015220
Frame Size
Undefined
Global Commercial Alias
36N247N088G1
Gross Volume
7192.91 inÂł
Gross Weight
98 lb
Made To Order
No
Minimum Order Quantity
1 piece
Order Multiple
1 piece
Product Name
Chiller/Cooling Tower Motors
Product Net Depth / Length
26.625 in
Product Net Height
16.25 in
Product Net Weight
98 lb
Product Net Width
16.625 in
Product Type
Undefined
Quote Only
No
Selling Unit of Measure
piece
Stocked At (Warehouses)
China | Alabama, United States
Feature: Ready-to-ship stock across multiple warehouses. Business Impact: Reduces downtime and accelerates procurement for service teams, OEMs, and refurbishment projects. Application: Ideal for rapid replacements in cooling system maintenance and emergency repairs. Long-tail keywords: chiller motors, cooling tower motors, HVAC motor replacement. Feature: 0-day lead time and Active inventory. Business Impact: Shortens maintenance windows and lowers inventory carrying costs. Application: Supports planned downtime and long-cycle service contracts. Feature: 1170 RPM, 60 Hz, 3-phase design. Business Impact: Aligns with common HVAC loads, enabling predictable motor performance and energy efficiency. Application: Fan and pump drives in chillers and cooling towers. Feature: Footprint with 26.625 in length, 16.625 in width, 16.25 in height. Business Impact: Simplifies installation planning, mounting compatibility, and retrofits. Application: Standard motor mounting patterns for HVAC ecosystems. Feature: Country of origin United States and minimum order quantity of 1 piece. Business Impact: Ensures supply-chain reliability and easy procurement for OEMs. Application: Quick quote-to-order workflows and scalable maintenance programs. Feature: Stocked at warehouses including US and China locations. Business Impact: Improves regional resilience and reduces transit times. Application: Global service networks and multi-site facilities. Feature: Warranty Return policy notes warranty terms. Business Impact: Clear risk management and streamlined warranty processing. Application: Compliance and post-sale support for critical cooling assets.
Get a Quick Quote for a ABB 7B36N247N088G1
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in ABB 7B36N247N088G1?
Enquire Now
FAQs
The 7B36N247N088G1 is a 3-phase, 60 Hz motor designed for chillers and cooling tower applications. Its dimensions (26.625 inL Ă— 16.625 inW Ă— 16.25 inH) and weight (98 lb) fit standard mounting patterns, enabling straightforward retrofits and OEM installations. When selecting, confirm shaft alignment, mounting holes, and electrical connections to ensure seamless integration with existing VFDs or control systems.
Key specs include 2 AIR OVERHP designation, 1170 RPM, 3-phase current, and 60 Hz operation. This combination supports reliable HVAC fan or pump loads and stable speed control. For optimal efficiency, verify current ratings and any required starter configurations with your electrical engineering team and ensure compatibility with your drive system.
Yes. The motor is explicitly described as Chiller/Cooling Tower Motors, suitable for cooling towers and chillers in HVAC and process cooling. Its 1170 RPM and 60 Hz 3PH profile aligns with common cooling system requirements, supporting steady airflow and pump performance under varying ambient conditions. For critical applications, pair with appropriate controls to maintain setpoints and efficiency.
The provided data does not list explicit certification marks. ABB motors frequently meet widely recognized standards, but you should verify current CE, UL, IP ratings, or other certifications with the supplier or catalog since certification status can vary by batch and region.
Warranty and post-sale support are noted as policy-driven in the data; ensure you understand the warranty return terms and establish a maintenance plan that includes vibration checks, bearing lubrication (per OEM guidelines), and alignment verification. The 0-day lead time and multi-warehouse stocking contribute to reduced downtime and faster ROI by minimizing unplanned outages.