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Refrigeration Part Solder Thermostatic Expansion Valve For Cold Storage Room 11TR Type Danfoss R507 Copper
Danfoss valves
1. Application field:
Choose the appropriate valve type according to your specific application needs, such as refrigerant charging valve, pressure regulating valve, flow control valve, etc.
2. Performance requirements:
Including pressure range, flow rate, temperature range, durability, etc.
Table parameters
Refrigerant | Models | Pressure equaliser | Capillary (M) | Connections | Product Code No | ||||||
inlet x outlet | N series -40~+10ºC | NM series -40~-5ºC | NL series -40~-15ºC | B series -60~-25ºC | |||||||
in.xin. | mmxmm | without MOP | with MOP | with MOP | with MOP | without MOP | with MOP | ||||
R22 | TX2 | internal | 1.5 | 3/8x1/2 | 10x12 | 068Z3206 | 068Z3208 | 068Z3224 | 068Z3226 | 068Z3207 | 068Z3228 |
TEX2 | external | 1.5 | 3/8x1/2 | 10x12 | 168Z3209 | 068Z3211 | 068Z3225 | 068Z3227 | 068Z3210 | 068Z3229 | |
R407C | TZ2 | internal | 1.5 | 3/8x1/2 | 10x12 | 068Z3496 | 066Z3516 | ||||
TEZ2 | external | 1.5 | 3/8x1/2 | 10x12 | 068Z3501 | 068Z3517 | |||||
R134a | TN2 | internal | 1.5 | 3/8x1/2 | 10x12 | 068Z3346 | 068Z3347 | 068Z3393 | 068Z3369 | ||
TEN2 | external | 1.5 | 3/8x1/2 | 10x12 | 068Z3348 | 068Z3349 | 068Z3392 | 068Z3370 | |||
R404A / R507 | TS2 | internal | 1.5 | 3/8x1/2 | 10x12 | 068Z3400 | 068Z3402 | 066Z3406 | 068Z3408 | 068Z3401 | 068Z3410 |
TES2 | external | 1.5 | 3/8x1/2 | 10x12 | 068Z3403 | 066Z3405 | 068Z3407 | 068Z3409 | 068Z3404 | 068Z3411 | |
R12 | TF2 | internal | 1.5 | 3/8x1/2 | 10x12 | 068Z3202 | 069Z3236 | 068Z3220 | 068Z3222 | ||
TEF2 | external | 1.5 | 3/8x1/2 | 10x12 | 068Z3204 | 068Z3237 | 068Z3221 | 068Z3223 | |||
R502 | TY2 | internal | 1.5 | 3/8x1/2 | 10x12 | 068Z3212 | 068Z3214 | 068Z3230 | 068Z3232 | 068Z3213 | 068Z3234 |
TEY2 | external | 1.5 | 3/8x1/2 | 10x12 |
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Or there are other models that you can privately chat with me about separately.
Product Legend
Our valves are all made of copper
Thermostatic expansion valve regulates the flow of liquid refrigerant entering the evaporator. The flow is controlled by a thermal ball valve attached to the evaporator outlet suction pipe. Thermostatic ball sensing evaporator heating and regulating valve
Gets the coolant according to the cooling load.
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