Standard air-cooled and water-cooled oil cooling solutions for industrial gearboxes, designed to manage oil temperature, enhance thermal stability, and meet the cooling requirements of gearbox manufacturers across domestic and international markets.
Share your gearbox requirements and get engineering guidance from Coolace.
Designed for applications where ambient air is used as the cooling medium and independent oil circulation is required.
Designed for applications where cooling water is used as the cooling medium and independent oil circulation is required.
Coolace Automation Engineers brings dedicated thermal engineering, specialized production infrastructure, and global application experience to power transmission and OEM cooling projects.
From stalled dispatches waiting on cooling vendors to the dread of in-warranty field failures — Gearbox manufacturers need cooling systems that guarantee quick delivery and zero warranty claims.
If cooling capacity falls short, oil viscosity collapses — triggering rapid tooth scuffing, micro-pitting, bearing seizure, and catastrophic breakdown in the field.
Your gearbox is manufactured and ready to ship, but excessive cooling system lead times stall final testing and dispatch — locking up factory space and client billing.
A gearbox manufacturer's biggest liability is an in-warranty breakdown. When cooling fails, you face disputed warranty claims, free replacement costs, and withheld client payments. You need cooling that guarantees zero warranty claims.
Coolace provides engineered offline air/oil and water/oil cooling configurations built for quick delivery and zero warranty claims — protecting your gearboxes and reputation in the field.
Short manufacturing lead times ensure your cooling skid arrives on schedule so your finished gearbox is never stuck on the factory floor.
Select the appropriate cooling configuration based on required heat load and oil flow.
Turnkey tested skids that maintain optimal oil viscosity under peak loads — protecting your gearbox from in-warranty failures and eliminating client claim disputes.
Offline Air cooled forced lubrication / oil cooling systems with integrated motor-pump assemblies.
| Model Name | Heat Load | Pump Capacity | Motor Power | Pressure Gauge | Thermometer | Low Pressure Switch |
|---|---|---|---|---|---|---|
| OCMP-AH-0608L-20 | 2 kW | 20 LPM | 0.75 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| OCMP-AH-1012-30 | 5 kW | 30 LPM | 1.1 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| OCMP-AH-1215-30 | 7 kW | 30 LPM | 1.1 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| OCMP-AH-1418-30 | 9 kW | 30 LPM | 1.1 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| OCMP-AH-1490-30 | 13 kW | 30 LPM | 1.1 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| OCMP-AH-1490-56 | 16 kW | 56 LPM | 1.5 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| OCMP-AH-1680-56 | 21 kW | 56 LPM | 1.5 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| OCMP-AH-1890-56 | 26 kW | 56 LPM | 1.5 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| OCMP-AH-1890T-80 | 30 kW | 80 LPM | 2.2 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| OCMP-AH-3044-56 | 40 kW | 80 LPM | 2.2 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| OCMP-AH-2583-80 | 46 kW | 80 LPM | 2.2 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
Offline water cooled forced lubrication / oil cooling systems with integrated motor-pump assemblies.
| Model Name | Heat Load | Pump Capacity | Motor Power | Pressure Gauge | Thermometer | Low Pressure Switch |
|---|---|---|---|---|---|---|
| WCMP-CA-3030-16 | 4 kW | 16 LPM | 0.37 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| WCMP-CA-2020-16 | 6 kW | 16 LPM | 0.37 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| WCMP-CA-3040-16 | 9 kW | 16 LPM | 0.75 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| WCMP-CA-5020-30 | 13 kW | 30 LPM | 1.1 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| WCMP-CA-5040-30 | 21 kW | 30 LPM | 1.1 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| WCMP-CA-5070-56 | 31 kW | 56 LPM | 1.5 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| WCMP-CA-5080-80 | 50 kW | 80 LPM | 2.2 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
| WCMP-CA-5090-160 | 70 kW | 160 LPM | 5.5 kW | 0–10 Bar | 0–100 °C | 0–10 Bar |
Standard configurations with OEM customization options.
Designed for precise oil temperature control, efficient heat transfer, and reliable lubrication in demanding gearbox applications.
Designed for dependable oil cooling, efficient heat transfer, and consistent lubrication performance in demanding industrial applications.
Engineered for effective oil temperature control with air-based heat dissipation, reduced water dependency, and reliable operation in industrial environments.
Coolace provides gearbox oil cooling solutions for demanding industrial applications in the cement industry. Our installation at Shri Digvijay Cement showcases our application experience in oil cooling for rotary kiln drive and support bearing systems.
From standard gearbox oil cooling systems to customised solutions designed around specific heat dissipation requirements, oil flow rates, operating conditions, and installation constraints, we help maintain reliable oil temperature control and support the smooth operation of critical rotating equipment.
Connect with our team to identify a suitable standard model or discuss a customised solution for your application.
Explore Coolace gearbox oil cooling and lubrication systems operating reliably in demanding cement, steel, power generation, and heavy manufacturing facilities across India.
Coolace collaborates with OEM mechanical and electrical design teams to configure dimensions, ports, motor voltages, and instrumentation around the target gearbox package.
Standardized quality systems and verified operational frameworks support rigorous OEM audit requirements.
Environmental Management System
Occupational Health & Safety Management System
Conformity Certification under applicable directives where documented.
Our gearbox oil cooling solutions help industries reduce overheating, improve equipment reliability, and extend gearbox service life in demanding operating conditions.
Extend gearbox service life in heavy construction machinery.
Protect gearboxes from excessive heat in harsh mining environments.
Reduce gearbox failures and downtime in cement processing plants.
Optimize gearbox life in high-temperature steel manufacturing operations.
Ensure dependable gearbox operation in power and energy systems.
Reliable cooling for gearboxes in continuous paper production lines.
Control gearbox temperatures under extreme loads and operating conditions.
Precision oil cooling solutions for CNC machines, shears, and automated lines.
High-precision thermal management systems for rigorous aerospace test benches.
Durable vibration-resistant cooling systems for locomotives and track machines.
Corrosion-resistant oil coolers designed for winches, thrusters, and marine drives.
Heavy-duty torque transmission and mill drive gearbox lubrication cooling.
From initial parameters to serial batch supply, our technical team works directly with your engineering department.
Initial technical parameters, duty cycle, and installation space review.
Application engineering assessment of heat rejection and flow curves.
Selection of cooling architecture and heat exchanger matrix geometry.
Mechanical envelope, electrical supply, and instrumentation alignment.
Pilot unit manufacturing, test bench verification, and fitment confirmation.
Scheduled OEM batch manufacturing and supply for serial production.
Engineering insights on gearbox thermal management, offline cooling architectures, and OEM integration.
Share your gearbox parameters, heat-load requirement or drawing with our engineering team for sizing recommendations and OEM pricing.
