REGULATION COSTANT FLOW COSTANT FLOW RPM-K - RPMC-K RDR - ALIZE AUTO SERIES RPM-K RPC-K RDR ALIZE AUTO Air flow regulator, with constant flow. Circular Air flow regulator, with constant flow. Square Air flow regulator Air flow

ALIZE AUTO REGULATION COSTANT FLOW

CONSTANTAIR VOLUME CONTROLLER Model RPM-K. Air flow regulators with constant flow (CAV) are designed for regulating of air supply or air exhaust in ventilation systems. They can be installed in a horizontal, vertical or inclined positions. To ensure proper operation, the regulator (CAV) must be installed with horizontal position of its blade´s axis. The aerodynamic forces acting on the regulator blade due to the flow are balanced by the control device, which is set according to the required flow. Adjustment of required flow is simply performed by lever with a pointer and scale. Mechanical controllers...

CONSTANTAIR VOLUME CONTROLLER RPM-K.01 1 Controller casing 2 Controller blade 3 Lever 4 Rubber sealing 5 Flange 0 30 Dobříšská 550, 267 24 Hostomice Česká republika Position: 1 Tapa del regulador 2 Hoja Position: del regulador 3 Palanca 1 Tapa del regulador RPM-K 4 Junta de 2 double goma Recomended distance fromHoja del regulador 5 Mecanismo de 3 Palanca branch joint RPM-K Recommended distance from bend accionamiento 4 Junta de goma 5 Mecanismo de accionamiento Dobříšská 550, 267 24 Hostomice Česká republika REGULATION COSTANT FLOW

SERIES TECHNICAL DATA Pressure losses REGULATION COSTANT FLOW Pressure losses (the values are valid when the damper of the controlles is completely open) Noise data The noise arising due to the flow of air volume controller is listed in the following tables V [m³h-1 ] - air flow volume ∆st [Pa] pressure differential LW [dB/Okt.] - level of acoustic power in the octave band LWA [dB(A)] - total level of acoustic power corrected by filter A fm [Hz] mean frequencies in the octave bands

TECHNICAL DATA Sound power level inside the pipeline at pressure difference 50 Pa REGULATION COSTANT FLOW

SERIES TECHNICAL DATA Sound power level inside the pipeline at pressure difference 100 Pa REGULATION COSTANT FLOW

TECHNICAL DATA Sound power level inside the pipeline at pressure difference 250 Pa REGULATION COSTANT FLOW

SERIES TECHNICAL DATA Sound power level inside the pipeline at pressure difference 500 Pa REGULATION COSTANT FLOW

TECHNICAL DATA Sound power level Lwa (dB A)) inside the pipeline REGULATION COSTAN

SERIES TECHNICAL DATA Sound power level radiated outside the pipeline - without insulation The radiated noise of the air volume controller is listed below. Radiated noise V [m³h-1 ] - air flow volume ∆st [Pa] pressure differential LWA [dB(A)] - total level of acoustic power corrected by filter A REGULATION COSTANT FLOW

TECHNICAL DATA Sound power level Lwa (dB (A)) in the interior of the car - without insulation REGULATION COSTANT FLOW

CONSTANT AIR VOLUMEN CONTROLLER Model RPMC-K. Constant mechanical air volume controllers are meant for input or output air systems. Controllers can be installed in horizontal or vertical position with horizontal blade axis. The aerodynamic forces acting the list due to the flow are compensated by the control device adjusted according required flow. Mechanical controllers need not be connected to any external power source. Adjustment of required flow is simply performed by lever with a pointer and scale.The controller consists of the casing of the controller with a control blade and control device....

CONSTANT AIR VOLUMEN CONTROLLER RPMC-K.01 1. Controller cap 2. Controlle blade 3. Lever 4. Tab 5. Actuating mechanism 1. Controller cap 2. Controlle blade 3. Lever 4. Tab 5. Actuating mechanism RPMC-K Recommended distance from double branch joint 1 Tapa del regulador RPMC-K distance from bend Palanca Recommended Mecanismo de accionamiento 5 2 Hoja del regulador 4 Pestaña flow direction flow direction REGULATION COSTANT FLOW

SERIES TECHNICAL DATA Presure losses pressure drop air flow velocity at the nominal section of the controller air density Local pressure loss coefficient for the nominal controller cross section nominal section of the controller Coefficient of local pressure loss (the values are valid when the damper of the controller is completely open) Dimensions AxB [mm] REGULATION COSTANT FLOW Pressure losses (the values are valid when the damper of the controller y completely open) Air flow speed w [m.s-1] Noise data The noise arising due to the flow of air volume controller is listed in the following tables...

TECHNICAL DATA Sound power level inside the pipeline at a pressure difference of 50 Pa REGULATION COSTANT FLOW

SERIES TECHNICAL DATA Sound power level inside the pipeline at a pressure difference of 50 Pa REGULATION COSTANT FLOW

TECHNICAL DATA Sound power level inside the pipeline at a pressure difference of 100 Pa REGULATION COSTANT FLOW

SERIES TECHNICAL DATA Sound power level inside the pipeline at a pressure difference of 100 Pa REGULATION COSTANT FLOW

TECHNICAL DATA Sound power level inside the pipeline at a pressure difference of 250 Pa REGULATION COSTANT FLOW

SERIES TECHNICAL DATA Sound power level inside the pipeline at a pressure difference of 250 Pa REGULATION COSTANT FLOW

TECHNICAL DATA Sound power level inside the pipeline at a pressure difference of 500 Pa REGULATION COSTANT FLOW

SERIES TECHNICAL DATA Sound power level inside the pipeline at a pressure difference of 500 Pa REGULATION COSTANT FLOW

TECHNICAL DATA Sound power level Lwa [dB (A)] inside the pipeline REGULATION COSTANT FLOW

SERIES TECHNICAL DATA Sound power level Lwa [dB (A)] inside the pipeline REGULATION COSTANT FLOW

TECHNICAL DATA Sound power level Lwa [dB (A)] inside the pipeline REGULATION COSTANT FLOW

SERIES TECHNICAL DATA Sound power level Lwa [dB (A)] inside the pipeline REGULATION COSTANT FLOW

TECHNICAL DATA Radiated noise The radiated noise of the air volume controller is listed below. V [m³h-1 ] - air flow volume ∆st [Pa] pressure differential REGULATION COSTANT FLOW LWA [dB(A)] - total level of acoustic power corrected by