Manuel d'utilisation / d'entretien du produit 33ZCFANTRM du fabricant Carrier
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Manufactu rer reser ves the rig ht to dis continue , or chan ge at a ny time, spec ificat ions or des igns without notice an d withou t inc urring obligations.
2 GENERAL The zone controller is a si ngle duct, fan powered, V ariable Air V olume (V A V) te rminal control with a factory-i ntegrated controller and actuator . The zone c ontroller maintains precise temperature control in the s pace by operating the terminal f an and regulating the flow of conditioned air into the space.
3 CCN PRIMARY BUS (BUS 0) FULL Y COMP A TIBLE AIR HANDLER CC6400 OR CSAM EQUIPPED NON-CCN AIR HANDLER COMFORTID EQUIPPED AIR TERMINAL (1 OF UP TO 128) ADDRESSED SEQUENTIALL Y SECONDARY BUS D ATA COLLECTION OPTION BRIDGE (RECOMMENDED) SYSTEM MONITORING SOFTW ARE CCN LEGEND Fig.
4 REL A TIVE HU MIDI TY SENS OR — T h e 33AMSENRHS000 relative humidity sensor is required for zone humidity control (dehumidification). NOTE: The relative humidity sensor and CO 2 sensor can not be used o n the same zone contro ller .
5 — HF23BJ042 Made in Switzerland by Belimo Automation LR 92800 NEMA 2 Class 2 Supply LISTED 94D5 TENP IND & REG. EQUIP . 24V AC/DC 50/60 Hz 3V A 2W 5K WIP yel blu ora blk red wht COM 1 2 3 35 in-lb (4 Nm) 80.
6 35 in-lb (4 Nm) 80...1 10s HF23BJ042 Made in Switzerland by Belimo Automation LR 92800 NEMA 2 LISTED 94D5 TEMP . IND. & REG. EQUIP . U L Class 2 Supply 24V AC/DC 50/60Hz 3V A 2W COM 1 2 3 blk re.
7 Connect the P ower T ransf ormer — An individual, field-supplied, 24 vac power transformer is recommended for each zone controller . If multipl e zone controllers are powered from one power transformer (100 va maximum for UL [Under- writers ’ Laboratories] Class 2 conformance), maintain polarity on the power input terminals.
8 2W 3V A 50/60Hz 24V AC/DC HF23BJ042 80...1 10s 35 in-lb(4Nm) SA T SPT HEA T2 HEA T1 24V AC B W R 24 V AC R B W Low Hi Wht Red Blk com Ora Blu Ye l 1 0 N/A PAT T56 SA T SPT +24V SECFLOW DMPPOS +10V G.
9 HWV Automation By Belimo Switzerland Made in 2W 3V A 50/60Hz 24V AC/DC HF23BJ042 80...1 10s 35 in-lb(4Nm) SA T SPT HEA T2 HEA T1 24V AC N/A PAT T56 SA T SPT +24V SECFLOW DMPPOS +10V GND GND GND GND .
10 CL OP COM HWV V oltage Line Automation By Belimo Switzerland Made in 2W 3V A 50/60Hz 24V AC/DC HF23BJ042 80...1 10s 35 in-lb(4Nm) SA T SPT HEA T2 HEA T1 24V AC N/A PAT T56 SA T SPT +24V SECFLOW DMP.
11 H2 H1 V oltage Line Automation By Belimo Switzerland Made in 2W 50/60Hz 24V AC/DC HF23BJ042 80...1 10s 35 in-lb(4Nm) SA T SPT HEA T2 HEA T1 24V AC N/A PAT T56 SA T SPT +24V SECFLOW DMPPOS +10V GND .
12 H3 H2 H1 V oltage Line 2W 3V A 50/60Hz 24V AC/DC HF23BJ042 80...1 10s 35 in-lb(4Nm) SA T SPT FA N HEA T2 HEA T1 24V AC N/A PAT T56 SA T SPT +24V SECFLOW DMPPOS +10V GND GND GND GND GND RH/IAQ Dampe.
13 Fan Contactor Fan Motor V oltage Line V oltage Line M By Belimo 2W 3V A 50/60Hz 24V AC/DC HF23BJ042 80...1 10s 35 in-lb(4Nm) SPT FA N HEA T2 HEA T1 24V AC N/A PAT T56 SA T SPT +24V SECFLOW DMPPOS +.
14 HWV Fan Motor V oltage Line V oltage Line M 2W 3V A 50/60Hz 24V AC/DC HF23BJ042 80...1 10s 35 in-lb(4Nm) SA T SPT FA N HEA T2 HEA T1 24V AC N/A PAT T56 SA T SPT +24V SECFLOW DMPPOS +10V GND GND GND.
15 HWV Fan Motor V oltage Line V oltage Line M 2W 3V A 50/60Hz 24V AC/DC HF23BJ042 80...1 10s 35 in-lb(4Nm) SA T SPT FA N HEA T2 HEA T1 24V AC N/A PAT T56 SA T SPT +24V SECFLOW DMPPOS +10V GND GND GND.
16 Fan Motor V oltage Line M H3 H2 H1 V oltage Line 2W 3V A 50/60Hz 24V AC/DC HF23BJ042 80...1 10s 35 in-lb(4Nm) SA T SPT FA N HEA T2 HEA T1 24V AC N/A PAT T56 SA T SPT +24V SECFLOW DMPPOS +10V GND GN.
17 F AN AC Not Used LINE VOL T AGE TRAN Not Used (+) (GND) (-) SHIELD SHIELDED (CCN-TYPE) CABLE REMOTE TRANSFORMER GROUND TERMINAL GROUND comunications CCN comunications CCN 2W 3V A 50/60Hz 24V AC/DC HF23BJ042 80.
18 2W 3V A 50/60Hz 24V AC/DC HF23BJ042 80...1 10s 35 in-lb(4Nm) GND CCW SECFLOW +10V CW GND Or Bl Y R B W Low Hi Wht Red Blk com Ora Blu Ye l 1 0 Automation By Belimo Switzerland Made in Fig.
19 Inst all S ens ors SP ACE TEMPERA TU RE SENSOR INST ALLA TION — A space te mperature sensor must be i nstalled for each z one controller . There are three types of SP T sensors available from Car.
20 35 in-lb (4 Nm) 80...110s HF23BJ042 Made in Switzerland by Belimo Automation 1 0 yel blu ora WIP 5K LISTED 94D5 TEMP. IND. & REG. EQUIP. U L Class 2 Supply LR 92800 NEMA 2 24VAC/DC 50/60Hz 3VA 2W COM 1 2 3 blk red wht H L LOW PRESSURE TUBING HIGH PRESSURE TUBING W arm Cool NO TE: Minimum length of t ubing is 2 ft.
21 Table 1 — Thermis tor Resist ance vs Temperatur e Values for Space Tempera ture Senso r, Return- Air Temperature Sensor, and Supply -Air Temperature Sens or TEMP (C) TEMP (F) RESIST ANCE (Ohms) .
22 Before wiring the CCN connection, refer to t he Connect to the CCN Communication Bus section on page 26, for commu- nication bus wiring and cable selection. The cable selected must be identical to the CCN communication bus wire used for the en tire netw ork.
23 PRIMAR Y AIR TEMPERA TURE SENS OR INST ALLA- TION — A primary air temperature (P A T) sensor is used on a zone controller which is functioning as a Linkage Coordinator for a non CCN/Linkage compatible air source. The part num- ber is 33ZCSENP A T .
24 The CO 2 sensors (33ZCSENCO2) factory set for a range of 0 to 2000 ppm and a linear voltage output of 0 t o 10 vdc. Figure 19 shows ventilation rates for various CO 2 set points when outside air with a typical CO 2 level of 350 ppm is used.
25 Indoor A ir Qual ity Se nsor W iring — T o wire t he sensors after they are mounted in the conditioned air space and return air duct, see Fig. 20 and the instructions shipped with the sen- sors.
26 7. Strip 1 / 4 -in. of insulation from each conductor and equip each with a 1 / 4 -in. female quick connect terminal. 8. Connect t he RED wire to terminal +2 4v on the control boar d. 9. Connect the BLACK wire to terminal GND on the control board. 10.
27 3. Connect the o ther end of the commun ication bus cable to the terminal block labeled CCN in the zone control- ler of the first air terminal. Followin g the color code in T able 3, connect the Red (+) wire to T er minal 1. Connect the White (gr ound) wire t o T erminal 2.
28 303 FIELD-SUPPLIED DRY CONT ACT SWITCH TRANSFORMER GROUND TERMINAL GROUND comunications CCN Not used comunications CCN Automation By Belimo Switzerland Made in (+) (GND) (-) TRAN 2W 3V A 50/60Hz 24V AC/DC HF23BJ042 80.
29 STAR T-UP Use the Carri er network communica tion software to start up and configure the zone c ontroller . All set-up and set point configurations are factory-set and field-adjustable. Changes can be made using the ComfortWORKS ® soft- ware, Comfor tVI EW ™ software, or Network Service T ool.
30 9. Check to be sure the area around the air handler(s) is clear of co nstruction dirt and d ebris. 10. Check that f inal filters are installed i n the air han- dler(s). Dus t and debris can adversely af fect system oper atio n. 1 1 . V erify that th e zone controller and the air h andler con- trols are properly connected to the C CN bus.
31 4. If the termi nal is a para llel or ser ies powered f an box, force the Fan Override to Enable. If the d amper is open it may ha ve to be repo sitioned to the proper posit ion dependi ng on the box type.
32 SUPPLY AIR T EMPERATURE — T e mpe rat ure of th e air leaving the zone controller downstream of a ny ducted heat source. Measured by a 10 k Ω thermistor (T ype III). This tem- perature is used to control the maxi mum discharge air to the space when local heat is active.
33 Alarm Rout in g Contr ol — This decision indicat es which CCN system software or devices w ill receive and process alarms sent by the zone c ontroller . Thi s decision consists of eight digits each can be set to zero or one. A setting of 1 indi- cates alarms should be sent to this device.
34 LINKAGE COORDINATOR C ONFIGURATION SCREEN — The Linkage Coordinator Configuration scre en allows the user to set the linkage coordinator configuration set- tings. See T able 6. Linkage Master Zo ne — This decision defines if the zone controller will f unction as a L inkage Coordinator ( Linkage Master) for itself and other zones.
35 Reset Minimum Damper Po sition: Units % Range 0 to 99 Default V alue 50 Reset Ma ximum Damper Po sition: Units % Range 0 to 99 Default V alue 80 Maximum Reset: Uni ts in.
36 Ta b l e 7 — Occupancy Sc hedule Infor mation Screen If a 1 is configured in the corre sponding place for a cer tain day of the week, the rel ated “ Occupied from ” and “ Occupied to ” times for that period will take effect on that day of the week.
37 Air Quality — The Air Quality set point is used to configure the IAQ set point for the zone controller if opt ional controlled ventilation support is used.
38 Heat Minimum (P I) — This configuration is the minimum airflow the terminal will control to when the equipment mode is W arm-Up or Heat. If t he terminal i s not configured for V A V central heat ing t his is t h e onl y airflow t h e t erminal wi ll control to for these equipment m odes.
39 T able 10 — T erminal S ervice Configuration Screen Pr o be Mu ltipl i er — This configuration is used to input a factor for the vel ocity p ressu re pro be in stall ed in the ter minal inle t. Most inlet probes will have s ome aerodynamic characteristics that will affect the differential pressure output from the probe.
40 The calibration gain is used for the fine tuning adjustments which might need to be made to the airflow cal culation. This number is calculated automatically by the zone controller after input to the air balance maintenance screen, or it can be input manually at t his screen.
41 Star t V alue: Unit s F (C) Range 40 to 125 Default V alue 80 Ducted Heat — The Duc ted Heat configuration is used to con- figure the terminal for duct ed heat. If a local heat source is in the duct and requires airflow to provide heat, set the Ducted Heat configuration for yes.
42 Override — The O verride parameter is used to configure the number of hours and minutes the override will be in effect. The user initiates override by pressing the override button on the space temp erature sensor . This will cause the schedule to enter into the Occupied mode.
43 Ta b l e 1 2 — Sec ondar y Damp er Ser vice Con figura tion Screen Secondary Duct Size — The Secondary Duct Size setting is used to input the inlet diameter of the terminal , i f used with a round inlet. The Inlet Area configurat ion is used for oval or rectangular inle ts.
44 Master Zone Elemen t Number — This variabl e will d ispla y the element address of the z one which is the Linka ge Master . Master Zone Element Number: Display Range 1 to 239 Default V alue 0 Net.
45 → Ta b l e 1 3 — Linkag e Maintenance Screen Next Unoccupied Day — This variable displays the day when the next associated zone i s scheduled to change from oc cupi ed to unoccupied mode. This point is read in conjunction with the next unoccupied time to allow the user to know the next time and day when a zone will become unocc upied.
46 This number is rounded t o the nearest tenth of an inch and will be subtracted to the static pressure reset value unless the static pressure reset value ha s reached ze ro. Pressure Increase V alue: Displa y Uni ts in. wg Display Range 0.000 to 5.000 Default V alue 0.
47 Next Unoccupied T ime — This variable displays the time of day when the next unoccupi ed period is scheduled to begin. This point is read in conj unction with the next unocc upied day to allow the user to know the next time and day when t he zone will become unoccupied.
48 → T able 15 — Zone Air Balance/Commissioning T able Heat i ng Ov er r ide — This variable can be used to te st the heat outputs. Enabling this variable will cause the heat to be modu- lated or staged to full heat until this point is disabled or the force released.
49 ZONE MAINTENANCE T ABLE — The Zone Maintenanc e table is used to display zone set points and variables. See T able 16. Occupied — This variabl e indicates if the zone controller is operating in the occ upied mode.
50 Heat Master Reference — This point displays t he occupied heat set point if occupied, or the unoccupied heat s et point if unoccupied. This variable will display any space temperature sensor slidebar offset that is being applied. Heat Maste r Reference: Display Units F (C) Display Range 40.
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Manufactu rer reser ves the rig ht to dis continue , or chan ge at a ny time, spec ificati ons or des igns without notice an d wit hout inc urring obligations.
Un point important après l'achat de l'appareil (ou même avant l'achat) est de lire le manuel d'utilisation. Nous devons le faire pour quelques raisons simples:
Si vous n'avez pas encore acheté Carrier 33ZCFANTRM c'est un bon moment pour vous familiariser avec les données de base sur le produit. Consulter d'abord les pages initiales du manuel d'utilisation, que vous trouverez ci-dessus. Vous devriez y trouver les données techniques les plus importants du Carrier 33ZCFANTRM - de cette manière, vous pouvez vérifier si l'équipement répond à vos besoins. Explorant les pages suivantes du manuel d'utilisation Carrier 33ZCFANTRM, vous apprendrez toutes les caractéristiques du produit et des informations sur son fonctionnement. Les informations sur le Carrier 33ZCFANTRM va certainement vous aider à prendre une décision concernant l'achat.
Dans une situation où vous avez déjà le Carrier 33ZCFANTRM, mais vous avez pas encore lu le manuel d'utilisation, vous devez le faire pour les raisons décrites ci-dessus,. Vous saurez alors si vous avez correctement utilisé les fonctions disponibles, et si vous avez commis des erreurs qui peuvent réduire la durée de vie du Carrier 33ZCFANTRM.
Cependant, l'un des rôles les plus importants pour l'utilisateur joués par les manuels d'utilisateur est d'aider à résoudre les problèmes concernant le Carrier 33ZCFANTRM. Presque toujours, vous y trouverez Troubleshooting, soit les pannes et les défaillances les plus fréquentes de l'apparei Carrier 33ZCFANTRM ainsi que les instructions sur la façon de les résoudre. Même si vous ne parvenez pas à résoudre le problème, le manuel d‘utilisation va vous montrer le chemin d'une nouvelle procédure – le contact avec le centre de service à la clientèle ou le service le plus proche.
