CORE, HEATER UNIT, VOLVO B11R/B13R

| Product Number | 21546505 |
|---|---|
| Product Type | Heater core |
| Application | Volvo bus |
| Compatibility | Volvo B11R / Volvo B13R / Volvo 8500 |
| Dimensions | 445 x 190 x 40 mm |
| Outlets | 28 mm |
Description
Heater Core for Volvo B11R / B13R / 8500
Product number: 21546505
High-quality heater core for Volvo coaches, ensuring efficient passenger compartment heating even in demanding conditions. The core is engineered to withstand the continuous use typical in heavy-duty applications, seamlessly supporting the vehicle's original heating system.
Specifically suitable for Volvo B11R and B13R chassis, as well as the Volvo 8500 model. An excellent choice for maintenance and repairs requiring reliable heat output and durable construction.
✅ Benefits
- Enhances heating performance in the passenger compartment
- Durable construction for heavy-duty use
- Compatible with original Volvo coach heating systems
- Suitable for professional service and repair operations
🔧 Compatibility - Volvo B11R
- Volvo B13R
- Volvo 8500
⚙️ What is a heater core?
The heater core is a key component of a vehicle's heating system, responsible for transferring engine-generated heat to the passenger compartment. It operates as part of the coolant circulation and enables effective heating, especially in cold conditions.
As the engine warms up, hot coolant is directed to the core. When the blower forces air through the core, the air is heated and directed into the passenger compartment. This ensures a comfortable interior temperature and prevents window fogging.
Why is the heater core important in a coach?
- Efficient heating for large passenger areas
- Prevention of windshield and side window fogging
- Even heat distribution throughout the vehicle
- Reliable operation in professional applications
In heavy-duty vehicles such as the Volvo B11R, B13R, 8500, and 9700, heating system reliability is particularly critical. A high-quality heater core guarantees effective heat output and driving comfort in all conditions.