VOLUME SIGN Control signal Heat recovery system Heat recovery module material Cladding Heat insulating material Motor Blower Filter material Operating environment (Supply air) Functions Weight Serial single communication (M-NET transmission) Air-to-air total heat (sensible heat + latent heat) recovery Partition, spacing plate-special treated paper Galvanized steel sheet Self-extinguishing urethane foam Totally enclosed capacitor permanent split-phase induction motor, 4 poles, 2 units 8 mm dia.centrifugal fan Non-woven fabrics filter (Gravitational method 82 %) - C to 4 C, RH 8 % or less (- C (*) to +4 C, RH 8 % or less) Lossnay ventilation/bypass ventilation ()- switching 2 kg Power supply Single phase 2-24 V/ Hz Single phase 2 V/6 Hz Ventilation mode Lossnay ventilation Bypass ventilation Lossnay ventilation Bypass ventilation Fan speed Current [A].-.4.42-.44.2-.27.2-..42-.4.2-.27.63.49.28.63..27 Power consumption [W] -28 9-4 4-64 2-3 9-4-64 3 6 6 32 7 8 Air volume [m 3 /h] [mmh2o] 6.6 4. 6 2. 6.6 4. 6 2..2. 2..2. 2. [L/s] [Pa] 6 4 46 6 4 46 42 42 Temperature recovery efficiency [%] 78 78 83 - - - 78 78 84 - - - Heating 74 - - - 7 - - - efficiency (%) Cooling 62. 62. 68 - - - 62. 62. 7 - - - Noise (db) Measured at. m under the center of panel 26.-27. 2-26 2-22 27-28 2.-26. 2-22 28. 2. 2 29 26 2 Air outlets 33.-34. 32-33 26-27 34-3 32.-33. 26-27 3. 32. 26 36 33 26 Starting current Insulation resistance Dielectric strength Under.8/.7 A or less MΩ or more ( V megger) AC V minute Characteristic Curves Recovery efficiency (%) 9 Recovery efficiency (%) Hz 6 Hz 9 8 Temperature recovery efficiency 8 7 6 (mmh2o) 2 (Pa) efficiency (Heating) Temperature recovery efficiency efficiency (Cooling) 3 3 4 (m 3 /h) 3 4 6 7 8 9 Air volume (L/s) mm dia pipe length 4 m 3 m m m. The defrosting mode must be operated under - C or below. (Air supply fan drives 6 min. ON/ min. OFF) 2. The current, power consumption and efficiency are based on the above air flow rate. 3. The noise at the air outlets is the values at a 4 angle,. meters in front of the unit. 4. Fan speed can be switched between high and low. The main unit switch must be used to select the fan speed. 7 6 (mmh2o) 2 (Pa) efficiency (Heating) efficiency (Cooling) 3 3 4 (m 3 /h) 3 4 6 7 8 9 Air volume (L/s) mm dia pipe length 4 m 3 m m m SPECIFICATIONS 7-Jun.- NUMBER No. ND63 /4
Drawings and Dimensions Air exhaust fan 2 Position where duct direction is changed Damper plate 7 Ceiling suspension fixture EA (exhaust air) RA (return air) OA (outside air) Maintenance space for heat exchanger, air filters, and fans 6 or more 73 3 to 2 Inspection opening 22 76 SA Power cord opening (supply air) Air supply fan Control box 27 9 Maintenance cover Heat exchanger (Lossnay core) -performance filter (sold separately attachment position) 63 78 63 2 Ceiling suspension fixture Position where Ceiling suspension ( fixture is changed ) φ 42 φ 6 Air filters UNIT mm SCALE N.T.S. If condensation is expected to form, heat up the fresh outside air using a duct heater, etc. 2. An inspection port (4 4 6 6 mm) must be installed on the filters and Lossnay cores removing side. 3. The two outdoor ducts must be covered with heat-insulating material in order to prevent condensation from forming. The two indoor ducts may be covered with heat-insulating if Lossnay is to be installed in the circumstance of higher temperature in summer. 4. Installing the duct damper is preferred also to prevent the outdoor air introduced to room if there has strongthern wind, when the unit operates or stops.. The outside ducts must be tilted at a gradient (/3 or more) down toward the outdoor area from Lossnay unit. DRAWINGS AND DIMENSIONS 7-Jun.- NUMBER No. ND63 2/4
Schematic NOTE M2 Supply fan motor M Exhaust fan motor Operation monitor output MAX MIN AC 24 V 2A AC 2 V ma DC 24 V 2A DC V ma Malfunction monitor output MAX MIN AC 24 V A AC 2 V ma DC 24 V A DC V ma. TM, TM2, TM3, TB shown in bold lines are field work. 2. Breaker should be provided by the customer. 3. Be sure to connect the grounding wire. CN BLACK YELLOW CN9 SW3 C 9 8 7 SW4 C TM3 X7 X8 TM2 CN8- X3 X4 X X2 2 3 4 6 A B S 2V or 24V DC Mr.Slim (non-polar) 3 Uncharged a-contact RED SW2 SA CN8-2 SW SA2 PZ-4SLB ZNR2 DSA Fuse S V 6.3A ZNR SW CN32 Transmission cable Lossnay unit MAX units C GREEN/YELLOW CN X TB 3 CN7 6 CN2 CN CN6 S2 PZ-2SF RED TM PE N L YELLOW CN6 TR Shield wire TH(OA) TH2(RA) CN6 Breker M-NET-transmission cable N L Power supply 2-24 V ~Hz 2 V ~6Hz LS GM Unchaged a-contact / select connector Symbol explanation M : Motor for exhaust fan M2 : Motor for supply fan C : Capacitor GM : Motor for Bypass movement LS : Microswitch TH : Thermistor for outside air TH2 : Thermistor for return air SW : Switch (Main/Sub change) SW2, : Switch (Function selection) SW3 : /E.high select switch (Exhaust fan) SW4 : /E.high select switch (Supply fan) TM : Terminal block (Power supply) TM2 : Terminal block (Transmission cable and external control input) TM3 : Terminal block (Monitor output) * TB : Terminal block (M-NET Transmission cable) S, S2 : Connector (Power supply) TR : Control circuit transformer X7 : Relay contact (For operation monitor output) X8 : Relay contact (For malfunction monitor output) CN : Connector (Transformer primary) CN2 : Connector (Transformer secondary) CN : Connector (Thermistor) CN6 : Connector (Microswitch) CN7 : Connector (Motor for Bypass operation) CN8- : Tab connector (Fan motor) CN8-2 : Tab connector (Fan motor) CN9 : Connector (Fan motor) CN : Connector (Fan motor) CN6 : Connector (/ switch) CN32 : Connector (Remote control selection) External control input * SA * SA2 : Address setting rotary switch ( digit) : Address setting rotary switch ( digit). This must be used with Mitsubishi Electric Air-Conditioner Network System. (MELANS) 2. External control input (TM2) is impossible to use on the Lossnay addressed to Sub (SW) unit. 3. PZ-4SLB and PZ-2SF cannot be used simultaneously. MARK : Indicates terminal block : Connector : Board insertion connector or fastening connector of control board SCHEMATIC 7-Jun.- NUMBER No. ND63 3/4
NC Curves Hz Background noise : 2dB or less (A range) Measurement site : Anechoic chamber Operation conditions : Lossnay ventilation.m Measurement point Octave band sound pressure level (db) 9 8 7 6 4 3 Extra-high NC-7 NC-6 NC- NC-4 NC-3 NC- 62. 2 k 2k 4k 8k Octave band centre frequency (Hz) 6Hz Background noise : 2dB or less (A range) Measurement site : Anechoic chamber Operation conditions : Lossnay ventilation.m Measurement point Octave band sound pressure level (db) 9 8 7 6 4 3 Extra-high NC-7 NC-6 NC- NC-4 NC-3 NC- 62. 2 k 2k 4k 8k Octave band centre frequency (Hz) NC CURVES 7-Jun.- NUMBER No. ND63 4/4