Secop AC Voltage Compressors
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WITH MORE THAN 50 YEARS OF EXPERIENCE IN COMPRESSOR TECHNOLOGY AND HIGHLY COMMITTED EMPLOYEES, OUR FOCUS IS TO DEVELOP AND APPLY THE ADVANCED COMPRESSOR TECHNOLOGIES TO ACHIEVE STANDARD SETTING PERFORMANCE FOR LEADING PRODUCTS AND BUSINESSES AROUND THE WORLD. HERMETIC COMPRESSORS FOR AC VOLTAGE

1. SECOP HERMETIC RECIPROCATING COMPRESSORS The Secop range of hermetic reciprocating AC compressors packs a mighty punch in a small package. Compact design, efficient motors and low energy consumption are the main features in hermetic compressors that build on over 50 years of reliability and quality. This catalogue contains information on Secop hermetic refrigeration compressors for fixed voltages ranging from 115 V to 240 V. The Secop hermetic refrigeration compressor programme consists of the types P / T / X / D / N / F / S and G-Series compressors and designed for household or light...

Secop AC refrigeration compressors are designed for the main voltage 220 V 50 Hz and 115 V 60 Hz. The compressors can also be used at other voltages and frequencies. Thus 220 V compressors can also be used on 240 V 50 Hz mains as the higher voltage tends to amplify the motor capacity. Some compressors can be used on 60 Hz mains, for instance 220 V 60 Hz and 230 V 60 Hz, however dependent on the application, the compressor, and the type. The rated voltages 100 V 50 Hz, 120 V 60 Hz, 127 V 60 Hz, 110 V 50 Hz and 127 V 50 Hz will strengthen the motors. The rated voltages 110 V 60 Hz and 100 V...

R600a and R290 are hydrocarbons. These refrigerants are flammable and are only allowed for use in appliances which fulfil the requirements laid down in the latest revision of EN/IEC 60335-2-24. (To cover potential risk originated from the use of flammable refrigerants). Consequently, R600a and R290 are only allowed to be used in household appliances designed for this refrigerant and fulfil the above-mentioned standard. R600a and R290 are heavier than air and the concentration will always be highest at the floor. R600a must only be stored and transported in approved containers and must be...

The HFC refrigerant R134a and HFC mixtures require Polyester type oil. Contamination of components and systems with mineral oil and alkylbenzols must be avoided. Greasy substances and other long-chained, high molecular substances not dissolved must not be present. Manufacturing processes which require a lubricant can be done with Polyester oil approved for the compressors. Procedures for mounting, evacuation and charging must be carried out in such a way that contamination with chlorine refrigerants is avoided. HFC refrigeration systems must always have a drier with 3 Angstrom Molecular...

1.9 Date code & country of origin Secop compressors have a manufacturing date code stamping on the housing. The content of the coding (fig. 1) is 2 lines, with 6 and 7 characters each, according to the example below. H4485C (6 characters) 051D11R (7 characters, 8 characters for BD Micro) Composition on line 1 H4485: compressor type information (102H4485 = H4485) C: internal Secop code Composition of line 2 05: production week 1: production year D: production day A= Monday, B = Tuesday, C= Wednesday, etc. 11: production hour 00 to 23 or shift code -1, -2, -3 R: Secop compressors internal...

Key to AC-Compressor Type Designation (P / D / T / N / F / S / G-Series) 1 Compressor design Protector location External Optimization level Variable speed Always semi-direct intake Semi-direct or direct intake Power supply 3 phase Key to AC-Compressor Type Designation (X-Series) 1 Compressor design Energy-optimized Semi-direct intake High energy-optimized High energy-optimized High energy-optimized Protector location External Optimization level Variable speed Always semi-direct intake The first letter of the denomination (P, T, D, N, F, S, G or X) indicates compressor series The second...

Compressor size GHH = Heat pumps optimized Blank > first generation Blank > universal (principal rule) K = LST characteristics (capillary tube) X = HST characteristics (expansion valve) .1 > updated first generation = Run capacitor compulsory = Run capacitor optional Compressor size Capacity at rating point Code letter for starting characteristics Capacity at rating point Application range Application range Code letter for starting characteristics X = LST & HST characteristics (capillary tube & expansion valve) Blank > first generation LBP (Low Back Pressure) indicates the range of low...

CN Compressors with denominations ending with CN are designed for low evaporating temperatures (LBP Low Back Pressure) and medium evaporating temperatures (MBP Medium Back Pressure) for use in commercial refrigerators, freezers, glass door merchandisers and similar applications in regions with normal supply voltage. CNL Compressors with denominations ending with CNL are designed for low evaporating temperatures (LBP Low Back Pressure) for use in commercial freezers and similar applications in regions with normal supply voltage. MN Compressors with denominations ending with MN are designed...

F Compressors with denominations ending with F are primarily designed for low evaporating temperatures (LBP Low Back Pressure/ MBP Medium Back Pressure on small displacements) for use in refrigerators, freezers and similar applications in regions with stable supply voltage. FT Compressors with denominations ending with FT are F-types designed for low evaporation temperatures (LBP Low Back Pressure) for use in refrigerators, freezers and similar applications operating in regions with unstable supply voltage. FK Compressors with denominations ending with FK are F-types designed for low...

3. MOTORS BREAKDOWN TORQUE The motor designation relates to the output at a load corresponding to half the breakdown torque. The concept “breakdown torque” expresses the highest load the motor is capable of handling without stopping. When testing a compressor in practice, motor breakdown torque should be sufficiently high to enable the motor to handle extreme conditions. The load the compressor is capable of withstanding is illustrated by “breakdown curves” and the operating conditions the compressor is capable of withstanding are thus made clear. These curves are determined by maintaining...