• $274.99$499.98
  • $274.99$499.98
  • $2,375.99$4,319.98
  • $2,375.99$4,319.98
  • $2,606.99$4,739.98
  • $5,158.99$9,379.98
  • $2,298.99$4,179.98
  • $2,298.99$4,179.98
  • $2,298.99$4,179.98
  • $2,628.99$4,779.98
  • $2,034.99$3,699.98
  • $2,419.99$4,399.98
  • $2,034.99$3,699.98
  • $2,034.99$3,699.98
  • $1,869.99$3,399.98
  • $2,034.99$3,699.98
  • $2,034.99$3,699.98
  • Alco Thermo Valve Cage Alco T10-004 | Line Components

    The nominal cooling capacity kW is given at an evaporating temperature of +4°C, a condensing temperature of +38°C and 1 K subcooling at the inlet of the expansion valve. Note: When sizing an expansion valve for a refrigerant with glide e.g. R407C, it is important to specify evaporating temperature as dew point = saturated gas and condensing temperature as bubble point = saturated liquid.

    $65.99$119.98
  • Alco Thermo Valve Cage Alco T10-005 | Line Components

    The nominal cooling capacity kW is given at an evaporating temperature of +4°C, a condensing temperature of +38°C and 1 K subcooling at the inlet of the expansion valve. Note: When sizing an expansion valve for a refrigerant with glide e.g. R407C, it is important to specify evaporating temperature as dew point = saturated gas and condensing temperature as bubble point = saturated liquid.

    $65.99$119.98
  • Alco Thermo Valve Cage Alco T10-002 | Line Components

    The nominal cooling capacity kW is given at an evaporating temperature of +4°C, a condensing temperature of +38°C and 1 K subcooling at the inlet of the expansion valve. Note: When sizing an expansion valve for a refrigerant with glide e.g. R407C, it is important to specify evaporating temperature as dew point = saturated gas and condensing temperature as bubble point = saturated liquid.

    $65.99$119.98
  • Alco Thermo Valve Cage Alco T10-001 | Line Components

    The nominal cooling capacity kW is given at an evaporating temperature of +4°C, a condensing temperature of +38°C and 1 K subcooling at the inlet of the expansion valve. Note: When sizing an expansion valve for a refrigerant with glide e.g. R407C, it is important to specify evaporating temperature as dew point = saturated gas and condensing temperature as bubble point = saturated liquid.

    $65.99$119.98
  • Alco Thermo Valve Cage Alco T10-006 | Line Components

    The nominal cooling capacity kW is given at an evaporating temperature of +4°C, a condensing temperature of +38°C and 1 K subcooling at the inlet of the expansion valve. Note: When sizing an expansion valve for a refrigerant with glide e.g. R407C, it is important to specify evaporating temperature as dew point = saturated gas and condensing temperature as bubble point = saturated liquid.

    $65.99$119.98
  • Alco Thermo Valve Cage Alco T10-00X | Line Components

    The nominal cooling capacity kW is given at an evaporating temperature of +4°C, a condensing temperature of +38°C and 1 K subcooling at the inlet of the expansion valve. Note: When sizing an expansion valve for a refrigerant with glide e.g. R407C, it is important to specify evaporating temperature as dew point = saturated gas and condensing temperature as bubble point = saturated liquid.

    $65.99$119.98
  • Alco Thermo Valve Cage Alco T10-003 | Line Components

    The nominal cooling capacity kW is given at an evaporating temperature of +4°C, a condensing temperature of +38°C and 1 K subcooling at the inlet of the expansion valve. Note: When sizing an expansion valve for a refrigerant with glide e.g. R407C, it is important to specify evaporating temperature as dew point = saturated gas and condensing temperature as bubble point = saturated liquid.

    $65.99$119.98

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