RENISO TRITON SE 55 – Compressor oil

Brief introduction

RENISO TRITON SE 55 is a synthetic polyol ester based refrigeration compressor oil, specifically developed for use with chlorine-free, fluorinated hydrocarbons. It is compatible with both HFC/FC and HFO refrigerants, including blends of HFO/HFC.

The oil is approved by leading compressor manufacturers such as BOCK and BITZER and meets the requirements of DIN 51503-1, groups KC, KD, KE.

Areas of application

• Refrigeration systems with chlorine-free HFC/FC refrigerants, such as R134a, R404A and R410A.

• Suitable for HFO and HFO/HFC refrigerants.

• Recommended for hermetic, semi-hermetic and open piston compressors, screw compressors and turbocompressors (depending on viscosity).

• Can be used with hydrocarbon refrigerants (propane, polypropylene, isobutane) and R22 – contact FUCHS before use in such cases.

Benefits

• Special synthetic polyol ester with stable lubricating film at high temperatures.

• Excellent lubricity and miscibility with HFC/FC and HFO refrigerants.

• High thermal and chemical stability.

• Good viscosity over a wide temperature range, with excellent flow properties at low temperatures.

• Safe oil return and efficient heat transfer.

• Good compatibility with elastomers and materials used in refrigeration systems.

• Readily biodegradable (ISO VG 32 and ISO VG 55).

• Ultra-dried for optimal performance.

Certifications and approvals

• Meets and exceeds DIN 51503-1, groups KC, KD, KE.

• NSF H2 registered (RENISO TRITON SEZ 32 and SE 55).

Handling and storage

Avoid skin contact. Wash with soap and water if contact occurs. Used oil should be delivered to an approved recycling facility. Safety data sheets are available at

Brief summary

RENISO TRITON SE 55 is a high-quality, synthetic polyol ester compressor oil developed for use with modern HFC/FC and HFO refrigerants, with high stability, excellent lubricity and good compatibility. Suitable for a wide range of compressor types and refrigerants, with NSF H2 approval and documented operational reliability.