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Smoothly adjustable setting of max. flow prevents over flow through terminal unit.
Slim and compact shape simplifies installation, one side access to all functions simplifies operation.
Exact flow measuring and unique diagnostic functions for ultimate energy savings and highly reliable system.
AMETAL® and stainless steel guarantees high corrosion resistance and reduces the risk of leakage.
Heating and cooling systems.
ControlPre-setting (max. flow)Differential pressure controlMeasuring (ΔH, T, q)Isolation (for use during system maintenance – see also Leakage rate)
Max. differential pressure (ΔpVmax): 400 kPa = 4 barMin. differential pressure (ΔpVmin): DN 10-20: 15 kPa = 0,15 barDN 25-32: 23 kPa = 0,23 bar(Valid for position 10, fully open. Other positions will require lower differential pressure, check with the software HySelect.)
ΔpVmax = The maximum allowed pressure drop over the valve to fulfill all stated performances.
ΔpVmin = The minimum recommended pressure drop over the valve, for proper differential pressure control.
The flow (qmax) can be set within the range:
DN 10: 21,5 - 120 l/hDN 15 LF: 44 - 245 l/hDN 15: 88 - 470 l/hDN 20: 210 - 1150 l/hDN 25: 370 - 2150 l/hDN 32: 800 - 3700 l/h
qmax = l/h at each setting and fully open valve plug.
LF = Low flow
Max. working temperature: 90°CMin. working temperature: -10°C
Water or neutral fluids, water-glycol mixtures (0-57%).
Leakage flow ≤ 0,01% of max. qmax (setting 10) and correct flow direction. (Class IV according to EN 60534-4).
Linear, best suited for on/off control.
Valve body: AMETAL®Valve insert: AMETAL®Valve plug: Brass CW724R (CuZn21Si3P)Spindle: Stainless steelSpindle seal: EPDM O-ringΔp insert: PPSMembrane: EPDM and HNBRSprings: Stainless steelO-rings: EPDM
AMETAL® is the dezincification resistant alloy of IMI Hydronic Engineering.
TA, IMI, PN 16, DN and flow direction arrow.Grey handwheel: TA-COMPACT-P and DN. For low flow version also LF.
Male thread according to ISO 228.
See separate technical documentation on EMO T.
The pressure independent balancing and control valve TA-COMPACT-P ensures optimum performance over a long life. Adjustable maximum flow enables design flow and eliminates over flows for accurate hydronic control. The TA-COMPACT-P together with our balancing instruments enables advanced measuring and diagnostics.
Threads according to ISO 228.
*) Connection to actuator.
→ = Flow direction
Thread length according to ISO 7-1.
*) Fitting length (from the gasket surface to the end of the connection).
Threads according to ISO 7-1.Swivelling nut
For connection with press couplingSwivelling nut
Support bushes shall be used, for more information see catalogue leaflet FPL.
Should not be used with PEX pipes.
**) Over all length L refers to unassembled coupling.
For better grip when presetting.For TA-COMPACT-P/-DP and TA-Modulator (DN 15-32).
For TA-COMPACT-P/-DP, TA-Modulator (DN 15-20), TBV-C/-CM.
Set containing plastic cover and locking ring for valves with connection M30x1.5 to thermostatic head/actuator. Prevents manipulation of setting.
For heating/comfort cooling.Material: EPP.Fire class: E (EN 13501-1), B2 (DIN 4102).
Recommended together with the insulation to minimize the risk of condensation at the valve-actuator interface.M30x1,5.
Please use the below link to browse and download IMI Hydronic Engineering BIM files for Revit. It requires a free registration.
High performance thermoelectric actuator – For ON/OFF or PWM control