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Danfoss 067B3298 Thermostatic Expansion Valve Element
- Regular price
- $382.00
- Sale price
- $382.00
- Regular price
-
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Product Description P/N: 067B3298
Description
The Danfoss 067B3298 is a thermostatic element for compatible TE 5 expansion valve assemblies using R134a refrigerant. It features external pressure equalization, a 3 m capillary tube, and an evaporating temperature range of −40 to +10 °C.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Danfoss |
| Category | Valves |
| Part Number | 067B3298 |
| Subcategory | Expansion Valve Element |
| Product Type | Thermostatic Element for Expansion Valve |
| Type | TE 5 |
| Refrigerant | R134a |
| Pressure Equalization | External |
| Equalization Connection | 1/4-inch flare |
| Capillary Tube Length | 3,000 mm / approximately 118 in |
| Evaporating Temperature Range | −40 to +10 °C / −40 to +50 °F |
| MOP Point | +15 °C / +60 °F; MOP 55 |
| Maximum Working Pressure | 28 bar / 400 psig |
| Body Material | Brass |
| EAN | 5702428149075 |
| Weight | 0.44 kg |
Information About 067B3298
The 067B3298 is a replacement thermostatic element within the Danfoss TE 5 parts program. It works with a compatible valve assembly to regulate refrigerant flow according to evaporator conditions. The element includes a 1/4-inch flare connection for external pressure equalization. Its MOP charge has a specified maximum operating pressure point of +15 °C, designated MOP 55.
Key Features:
- Refrigerant Compatibility: Designed for R134a refrigeration systems.
- Thermostatic Element: Fits compatible Danfoss TE 5 expansion valve assemblies.
- External Equalization: Uses evaporator pressure feedback through a separate connection.
- Capillary Tube: Includes a 3 m tube for sensing bulb placement.
- Temperature Range: Supports evaporating temperatures from −40 to +10 °C.
- MOP Configuration: Features a +15 °C MOP point, designated MOP 55.
- Brass Construction: Uses a brass body with a maximum working pressure of 28 bar.
The 067B3298 delivers the reliability and precision required for compatible commercial refrigeration and refrigerant flow control applications.
Description
The Danfoss 067B3298 is a thermostatic element for compatible TE 5 expansion valve assemblies using R134a refrigerant. It features external pressure equalization, a 3 m capillary tube, and an evaporating temperature range of −40 to +10 °C.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Danfoss |
| Category | Valves |
| Part Number | 067B3298 |
| Subcategory | Expansion Valve Element |
| Product Type | Thermostatic Element for Expansion Valve |
| Type | TE 5 |
| Refrigerant | R134a |
| Pressure Equalization | External |
| Equalization Connection | 1/4-inch flare |
| Capillary Tube Length | 3,000 mm / approximately 118 in |
| Evaporating Temperature Range | −40 to +10 °C / −40 to +50 °F |
| MOP Point | +15 °C / +60 °F; MOP 55 |
| Maximum Working Pressure | 28 bar / 400 psig |
| Body Material | Brass |
| EAN | 5702428149075 |
| Weight | 0.44 kg |
Information About 067B3298
The 067B3298 is a replacement thermostatic element within the Danfoss TE 5 parts program. It works with a compatible valve assembly to regulate refrigerant flow according to evaporator conditions. The element includes a 1/4-inch flare connection for external pressure equalization. Its MOP charge has a specified maximum operating pressure point of +15 °C, designated MOP 55.
Key Features:
- Refrigerant Compatibility: Designed for R134a refrigeration systems.
- Thermostatic Element: Fits compatible Danfoss TE 5 expansion valve assemblies.
- External Equalization: Uses evaporator pressure feedback through a separate connection.
- Capillary Tube: Includes a 3 m tube for sensing bulb placement.
- Temperature Range: Supports evaporating temperatures from −40 to +10 °C.
- MOP Configuration: Features a +15 °C MOP point, designated MOP 55.
- Brass Construction: Uses a brass body with a maximum working pressure of 28 bar.
The 067B3298 delivers the reliability and precision required for compatible commercial refrigeration and refrigerant flow control applications.
