- Type SYS is standard model. Reliable performance, and
long life products. - Applicable for R410A (SYS – C140X0)
- Scale plate with significantly clear visibility
- Compact and light weight
- Fluid temperature: -20 to 120°C
- Ambient temperature: -20 to 70°C
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- Type DYS is dual pressure controls that is integrated
with over pressure protection of the high pressure side
and control of low pressure side of the refrigeration unit. - Scale plate with significantly clear visibility
- Compact and light weight
- Fluid temperature: -20 to 120°C
- Ambient temperature: -20 to 70°C
- Type DYS is dual pressure controls that is integrated
with over pressure protection of the high pressure side
and control of low pressure side of the refrigeration unit. - Scale plate with significantly clear visibility
- Compact and light weight
- Fluid temperature: -20 to 120°C
- Ambient temperature: -20 to 70°C
- Type DYS is dual pressure controls that is integrated
with over pressure protection of the high pressure side
and control of low pressure side of the refrigeration unit. - Scale plate with significantly clear visibility
- Compact and light weight
- Fluid temperature: -20 to 120°C
- Ambient temperature: -20 to 70°C
VALVE NOMENCLATURE
Catalog No. is decided according to the specifications.
Example:ATX(Ⅰ) – 34006(Ⅱ) B(Ⅲ) H(Ⅳ) L(Ⅴ)
Ⅰ: Type...... ATX–Thermostatic expansion valve for general use.
Ⅱ: Model...... The first and second digits indicate inlet and outlet pipe size respectively.
The last three digits indicate nominal capacity.
Ⅲ: Connection...... B–Flare Nut Connection, D–Solder Connection
Ⅳ: Refrigerant...... M = R134a, H = R22, U = R404A, P = R407C
Ⅴ: Charge type...... G = G–charge, L = L–charge, C = C–charge, CL = CL–charge, CY = CY–charge,
S = S–charge, SL = SL–charge
VALVE NOMENCLATURE
Catalog No. is decided according to the specifications.
Example:ATX(Ⅰ) – 34006(Ⅱ) B(Ⅲ) H(Ⅳ) L(Ⅴ)
Ⅰ: Type...... ATX–Thermostatic expansion valve for general use.
Ⅱ: Model...... The first and second digits indicate inlet and outlet pipe size respectively.
The last three digits indicate nominal capacity.
Ⅲ: Connection...... B–Flare Nut Connection, D–Solder Connection
Ⅳ: Refrigerant...... M = R134a, H = R22, U = R404A, P = R407C
Ⅴ: Charge type...... G = G–charge, L = L–charge, C = C–charge, CL = CL–charge, CY = CY–charge,
S = S–charge, SL = SL–charge
VALVE NOMENCLATURE
Catalog No. is decided according to the specifications.
Example:ATX(Ⅰ) – 34006(Ⅱ) B(Ⅲ) H(Ⅳ) L(Ⅴ)
Ⅰ: Type...... ATX–Thermostatic expansion valve for general use.
Ⅱ: Model...... The first and second digits indicate inlet and outlet pipe size respectively.
The last three digits indicate nominal capacity.
Ⅲ: Connection...... B–Flare Nut Connection, D–Solder Connection
Ⅳ: Refrigerant...... M = R134a, H = R22, U = R404A, P = R407C
Ⅴ: Charge type...... G = G–charge, L = L–charge, C = C–charge, CL = CL–charge, CY = CY–charge,
S = S–charge, SL = SL–charge
VALVE NOMENCLATURE
Catalog No. is decided according to the specifications.
Example:ATX(Ⅰ) – 34006(Ⅱ) B(Ⅲ) H(Ⅳ) L(Ⅴ)
Ⅰ: Type...... ATX–Thermostatic expansion valve for general use.
Ⅱ: Model...... The first and second digits indicate inlet and outlet pipe size respectively.
The last three digits indicate nominal capacity.
Ⅲ: Connection...... B–Flare Nut Connection, D–Solder Connection
Ⅳ: Refrigerant...... M = R134a, H = R22, U = R404A, P = R407C
Ⅴ: Charge type...... G = G–charge, L = L–charge, C = C–charge, CL = CL–charge, CY = CY–charge,
S = S–charge, SL = SL–charge
VALVE NOMENCLATURE
Catalog No. is decided according to the specifications.
Example:ATX(Ⅰ) – 34006(Ⅱ) B(Ⅲ) H(Ⅳ) L(Ⅴ)
Ⅰ: Type...... ATX–Thermostatic expansion valve for general use.
Ⅱ: Model...... The first and second digits indicate inlet and outlet pipe size respectively.
The last three digits indicate nominal capacity.
Ⅲ: Connection...... B–Flare Nut Connection, D–Solder Connection
Ⅳ: Refrigerant...... M = R134a, H = R22, U = R404A, P = R407C
Ⅴ: Charge type...... G = G–charge, L = L–charge, C = C–charge, CL = CL–charge, CY = CY–charge,
S = S–charge, SL = SL–charge