BA9−FCU 取扱説明書 （操作用） FCUコントローラ 目 次 - M
Contents
1. 0 0 uciFanTempStep 0 5 5C 02. 0 0 40 20 c21 MV2 uciValve2ActImp SNVT _lev_percent 0 2 0 0 40 20 c22 uciPipeMeasTm SNVT tme_min 1 60 c23 uciWaterJugeLvl SNVT temp_p 20C 10 30C c24 uciUpperSP SNVT temp_p 35C 10 35
3. 25CT 2AR12A4 NE NM 7311 B 4 P9 33 BA9 FCU Y M3 0 25 1 65 mm AWG22 16 0 5N m 3 3max e CON LoNWoRks 37204 62A3 004PL 37104 000FL 1 M3 5
4. nvoEffectSetPt nvoEffectSetPt my nvoEffectSetPt NM 7311 B 4 P19 33 WW BA9 FCU ON OFF
5. 5 uciValveActhmp 1 100 sa RS 80 60 40 20 0 sl 2 6 20 uniCoolDiffTemp 1 0C uniValveTempStep 0 2C 1 8 2 2 2 MV1 MV2 i 2 6 3 0 2
6. 1 INA2 2 A 2 INB2 2 B a a 3 INb2 2 b 8 EXT 9 EXT 10 MV COM LoNWonks 11 MV2 CL 2 12 MV2 OP 2 1 2 3 4 5 13 MV1 CL 1 14 MV1 OP 1 NET ME ITTS LoNWonks MO 2 1 NET1 LoNWoRks 1 2 NET1 LonWorks 1 3 NET2 LoNWoRks 2 4 NET2 LoNWoRks 2 LoNWoRks 1 5 NC 1 NET1 LoNWoRks 1 2 NET1 LoNWoRks 1 3 NC 1 2 3 4 5 6 7 8 9 10 4 NC LoNWoRks 2
7. nvoFanSpeed nvoUnitStatus 1 nvoContactPt1 1 2 nvoContactPt2 2 MV1 nvoPipe1Mode MV2 nvoPipe2Mode nvoRrrorSts 1 nvoValve1Output 2 nvoValve2Output nvoSpaceTemp
8. 1 2 98 MV1 nviMainteMV1 0 100 20 MV2 nviMainteMV2 0 100 20 ca NM 7311 B 4 P22 33 WW BA9 FCU
9. HOST PC HOST PC BA9 FCU BA9 FCU LON LON LON Terminator EE NM 7311 B 4 P2 33 BA9 FCU CN4 1 CN5 2 CN6 LED WT6P6COPGL LFAN Lt Lv SW1 4 5 6 7 FAN IM lcoM 1 3 MIMO FE LED RMTCONT
10. 0 1 2 0C c16 3 uciCoolDiffTemp SNVT temp_p 0 0 5 0C c17 E ueiHeatDiffTemp SNVT_temp_p 0 5C 0 0 5 0C c18 MV1 uciValve1time SNVT time_sec 27 0 1 3 0 180 c19 MV2 uciValve2Time SNVT time_sec 27 0 2 3 0 180 c20 MV1 uciValve1ActImp SNVT_lev_percent 0 1
11. FCU nviSetPoint nciSetPnts nvoEffectSetPt NM 7311 B 4 P12 33 WW BA9 FCU qa nviOccManCmd nvoSetPoint uciCoolSPOffset nviOccSensor 0 5 uciSetPoints occupied_cool uciSetPoints occupied_heat
12. 1 1 2 2 2 uciCoolDiffTemp uciHeatDiffTemp C NM 7311 B 4 P17 33 WW BA9 FCU OFF NM 7311 B 4 P18 33 WW BA9 FCU
13. 10 10C c11 2 uciSensor2Offset SNVT temp_p 0C FCU 2 10 10C c12 uciHeatSPOffset SNVT_temp_p 0C 10 10C c13 uciCoolSPOffset SNVT_temp_p 0C 10 10C c14 uciFanTempStep SNVT temp_p 0 6C 0 5 5 0C c15 uciValveTempStep SNVT temp_p 0 2C
14. Bit 15 Bit15 0 1 14 Bit14 0 13 Bit12 Bit13 12 0 0 0 1 1 0 1 1 11 Bit10 Bit1 1 10 0 0 ON OFF 3 0 1 3 1 0 2 1 1 9 FCU Bit8 Bit9 FCU 8 0 0 0 1 1 1 0 1 1 1 1 2 7 Bit6 Bit7 6 0 0 0 1 FCU 1 0 1 1 5 4
15. FCU E13 10 E14 11 NM 7311 B 4 P23 33 BA9 FCU o FCU
16. nviApplicMode nviPipe1Mode nviPipe2Mode nviPipe1Temp nviPipe2Temp 1 2 FCU ET OO AC ME NM 7311 B 4 P16 33 BA9 FCU FCU uciPipeMeasTm uniWaterJugeLvl
17. 0 OC_OCCUPTED 1 OC_UNOCCUPIED OxFF OC_NUL i16 nviRainState SNVT_switch 0 0 0 state value 0 0 1 200 i17 nviEmergOverride nviEmergCm SNVT_hvac_emerg Yes EMERG NORMAL Emergency Override Input 0 EMERG_NORMAL FCU 4 EMERG_SHUTDOWN FCU EMERG_NUL i18 nv1OccManCmd SNVT_occupancy OC_NUL nviOccSensor state value 0 OC_OCCUPIED 1 OC_UNOCCUPIED 2 OC_BYPASS 8 OC_STANDBY OxFF OC_NUL 119 nviSensor1AdcZ nviSensorl1AdcRZ nviSensorl1AdcRS nviSensorl1ResZ nviSensorlResS 1 ON OFF 120
18. a nvoSetPoint uciCoolISPOffset 0 5 uciSetPoints unoccupied_cool uciSetPoints unoccupied_heat g nvoSetPoint uciCoolSPOffset 0 5 uciSetPoints standby_cool uciSetPoints standby_heat nvoSetPoint uciCoolISPO 0 5 uciSetPoints occupied_cool uciSe nviOccManCmd int uciHeatSPOffset nviOccSensor i Points occupied_heat tPointTuciHeatSPOffset upied_cool uciSetPoints unoccupied_heat oint uciHeatSPOffset dby_cool uciSetPoints standby_heat int uciHeatSPOffset Points occupied_heat nvoSetPoint nviOccManCmd nviOccSensor a ET nviOccManCmd nviOccSensor nciSetPnts occupid_heat 24C 23C
19. nciSetPnts occupied_cool 16 32C 25C nciSetPnts standby_cool 16 82C 25C nciSetPnts unoccupied_cool 16 32C 25C nciSetPnts occupied_heat 16 32C 25C nciSetPnts standby_heat 16 832C 25C nciSetPnts unoccupied_heat 16 32C 25C FCU FCU ueiRemoteOffset 1 1 uciSensor1OffSet 2 2 uciSensor2OffSet NE NM 7311 B
20. heat_output_primary 0x7FEE heat_output_secondary 0x7FFT cool_output 0x7FFF econ_output 0x7FFF fan_output 0x7FFF NM 7311 B 4 P29 33 BA9 FCU nvo HrtBt Y N 08 13 nvoOperationTm SNVT_elapsed_tm o9 1 nvoContactPt1 SNVT_ switch 1 state value 0 0 OPEN 1 200 CLOSE o10 2 nvoContactPt2 SNVT_switch 2 state value 0 0 OPEN 1 200 CLOSE o11 12 MV1 nvoPipe1Temp SNVT temp_p nviPipe1Temp 1 FCU 0 100 C o12 13 MV2 nvoPipe2Temp SNVT_temp_p nviPipe2Temp 2
21. nviFanSpeedCmd eiApplicMode uciDipSW SW nciPowerSW OFF mviFanSpeedCmd neiApplicMode OFF uciDipSW nviApplicMode HVAC_OFF n
22. state value 0 2 OFF 1 OFF 1 66 1 132 133 1 200 FF NM 7311 B 4 P26 33 BA9 FCU nvo HrtBt Y N 15 nviApplicMode SNVT_hvac_mode Yes HVAC_OFF Application Mode Input FCU SW HVAC_AUTO HVAC_HEAT HVAC_COOL HVAC_FAN_ONLY HVAC_OFF 16 SW nviPowerSW SNVT_switch 0 0 0 FCU SW ROM state value 0 0 1 200 17 nv1iOontrolLock SNVT_switch 0 0 0 state value 0 0 1 2
23. 10 50C Ox7FFT 327 67 i3 6 nviSetPoint SNVT_temp_p Yes 25C Temperature Setpoint Input Ox7FFF neiSetPnts 10 85C nciUpperSP nciLowerSP i4 4 nviFanSpeedCmd SNVT_ switch Yes 0 0 1 Fan Speed Command FCU L M H OFF FCU
24. 1 DI1 1 1 NET2 LoNWoRks 2 R 2 NET2 LoNWoRks 2 COM 4 3 NG 3 DI2 2 NC 4 COM 5 INA1 1 A 6 INB1 1 B 7 INb1 1b 8 INA2 2 A 9 INB2 2 B 1 DA DA 10 INb2 2 b 2 DB DB 3 12V 12V 4 DG DG et NM 7311 B 4 P4 33 C BA9 FCU 2 4 5 M4 1 4 N m 9 Oo 4 M4 dl 0o Oo
25. uciHeatSPOffset 1C 25C 26C uciCoolSPOffset 1C NM 7311 B 4 P13 33 WW BA9 FCU
26. o20 nvoRemoteTemp SNVT temp_p 827 67C o21 1 nvoSensor1Temp SNVT temp_p 827 67C 1 022 nvoSensorlres nvoSensor1AD1 nvoSensor1AD2 1 023 2 nvoSensor2Temp SNVT temp_p 827 67C 2 o24 nvoSensor2res nvoSensor2AD1 nvoSensor2AD2 2 NM 7311 B 4 P30 33 FCU BA9 FCU cl nciPwrUpDelay SNVT time_sec 0 0 0 0 6553 c2 nciMaxASendTm SNVT time_sec 0 Maximum Send
27. 0 50C 10 90 RH MRA 10 gt 3
28. LED nvoErrorSts Bit 1 FCU Power LED 1 0 FCU Fower Power LED Bit E99 0 E98 1 E01 2 FCU FCU E02 3 E03 4 FCU
29. Bit4 0 1 3 1 Bit2 Bit3 1 2 0 0 0 1 1 0 1 1 1 2 BitO Bit1 2 0 0 0 0 1 1 0 1 1 NM 7311 B 4 P11 33 WW BA9 FCU
30. nciTempSendDlt SNVT_temp_p 0 1C 0 100C c7 nciPosSendDlt SNVT lev_percent 10 0 20 c8 nciSetPnts SNVT temp_setpt 25C Occupancy Temperature Setpoints 16 32C occupied_cool 25C standby_cool 25C unoccupied_cool 25C occupid_heat 25C standby_haet 25C unoccupid heat 25C c9 uciRemoteOffset SNVT temp_p 0C 10 10 ett NM 7311 B 4 P31 33 WW BA9 FCU c10 1 uciSensor1Offset SNVT_temp_p 0C FCU 1
31. nviSensor2AdcZ nviSensor2AdcRZ nviSensor2AdcRS nviSensor2ResZ nviSensor2ResS 2 OFF ON NM 7311 B 4 P28 33 FCU BA9 FCU nvo HrtBt Y N o1 1 nvoStatus SNVT_obj_status RQ_UPDATE_STATUS RQ_REPORT MASK invalid_request RQ_UPDATE_STATUS RQ_REPORT_MASK 02 14 MV1 nvoValve1Output SNVT_lev_percent Valve1 Control Output 1 0 100 03 15 MV2 nvoValve2Output SNVT_lev_percent Valve2 Control Output 2 0 100 04 nvoFanSpeed SNVT switch Yes Fan Speed Output value 1 199 0 5 9
32. FCU 0 100 o13 MV1 nvoPipe1Mode SNVT_hvac_mode 1 HVAC HEAT HVAC_COOL o14 10 MV2 nvoPipe2Mode SNVT_hvac_mode 2 HVAC_HEAT HVAC_COOL o15 nvoErrorSts SNVT status FCU BIT 0 o16 SW nvoPowerSW SNVT switch 0 0 0 FCU o17 SW nvoDipSW SNVT state FCU SW FCU uciDipSW o18 nvoApplicMode SNVT_hvac_mode FCU o19 nvoSetPoint SNVT_temp_p 827 67C FCU
33. 1 3 1 250 V 2A BA9 FCU FCU 10 14 10 12 10 13 14 10 11 12
34. FCU1 M2 1 Ver X XX et NM 7311 B 4 P33 33 WW
35. _ WwW CC B49 1 FCU BA9 FCU 2 S606 EE EE EE SS CE EE ER SE i 2 RRR ER EI ER ER REE EE EC BE EEE ER 2 2 SPD EE SN SN CS TEE 3 RR SR I SR 8 SD i SDE BR ES SR RS EE ER SR Ei i 5 NO SN 0 Ne Re 6 6 10 1 1
36. CN3 1 14 13 i ae ies EE LoNWoRks 2 CN2 LoNWoRks 1 CN1 CN3 LED TFTTOPGLOPGL LFan hi LM Semice Reset O SW1 OO OONLNE OERR On Cs OSWCE 6 7 FAN FAN FAN EAN H IMW IL lcow 4 3 RMTCONT ut vO FE LoNWoRks 1 2 CN1 LED LED LED LED 8 Di DI1 ON DI2 DI2 ON FAN H
37. DIN DIN DIN 35mm NM 7311 B 4 P5 33 WW BA9 FCU VL mm 6 7 M3 4 4 5 6 DIN 35mm 122 DIN 1 a 80 7 M3 5 6 7 M3 4 4 5 DIN 35mm 140 122 DIN 1 1 75 125
38. 80 3 7 3 7 M3 5 NM 7311 B 4 P6 33 WW BA9 FCU 4 M4 NM 7311 B 4 P7 33 WW BA9 FCU U 1 8 EXT V 2 9 EXT _ FE 3 MV COM FANH 4 11 MV2 CL FAN M 5 Hs 5 12 MV2 OP FANL 6 sc 13 MV1 CL FAN COM 7 sc 14 MV1 OP NET1 1 1 1 DI1 LoNWonks 1 1 NET1 2 2 COM NC II3 3 DI2 2 NC 4 4 coM NET2 1 1 INA1 LoNWoRks 2 NET2 2 2 1IINB1 NC1 3 3 INb1 NC1 4 4 1 NC
39. 2 Neuron ID kk 2 Nm 1 AR E 0 0 4 2 100 240 VAC 85 264 V AC 50 60 Hz 100VAC 5VA 200VAC 6VA 264VAC 7VA BA9 FCU
40. 4 P25 33 BA9 FCU FCU unacknowledged nvoStatus FCU 7 Bt nvo Y N il 1 nviRequest SNVT _obj_request RQ_UPDATE_STATUS RQ_REPORT_MASK nvoStatus RQ_UPDATE_STATUS RQ_REPORT_MASK i2 5 nviSpaceTemp SNVT_temp_p Yes Ox7FEFF Space Temperture Input
41. nvoEffectSetPt 1 nvoPipe1Temp 2 nvoPipe2Temp nviOperationTm nvoOperationTm nviRequest nvoStatus nciPwrUpDelay NE NM 7311 B 4 P14 33 BA9 FCU SW nciPowerSW ON
42. 1 04 2 63 mm AWG16 14 0 8N m MCV1 5 10 GF 3 5 FMC1 5 10 STF 3 5 0 2 1 25 mm 10mm T LonWorks MSTBV2 5 5 GF 5 08AU TFKC2 5 5 STF 5 08AU 0 2 2 5 mm 10mm NM 7311 B 4 P10 33 BA9 FCU LoxWorks LonMaker BA9 FCU 1 Pt 100 BA9 FCU_1v100 XIF http www m system co jp LonMaker
43. C C MV1 MV2 NM 7311 B 4 P21 33 WW BA9 FCU nviMainteMV1 nviMainteMV2 nciManualTime 0 1 2 CLOSE nvoUnitStatus HVAC_OFF E99 20
44. 6C NM 7311 B 4 P24 33 WW BA9 FCU uciCooIDiffTemp 0 5 5 0C 0 5C gt uciHeatDiffTemp 0 5 5 0 C 0 5C 5 1 uciValve1Time 3 180 27 2 ueiValve2Time 3 180 27 1 10 14 2 10 12 nciSetPnts
45. MV2 ROM 0 100 112 nviOperationTm SNVT_elapsed_tm 00 00 00 000 NM 7311 B 4 P27 33 BA9 FCU nvo HrtBt Y N 118 MV1 nviMainteMV1 SNVT_lev_percent 0 1 0 100 0 0 0 100 20 114 MV2 nviMainteMV2 SNVT_lev_percent 0 2 0 100 0 0 0 100 20 115 nv1OccSensor SVNT_occupancy Yes OC_NUL
46. Time Send Heartbeat 1 MV1 2 MV2 3 4 5 MV1 6 MV2 0 6553 0 c3 nciMaxDSendTm SNVT time_sec 0 Maximum Send Time Send Heartbeat 1 2 3 4 1 5 2 6 MV1 7 MV2 0 6553 0 c4 nciMinASendTm SNVT time_sec 1 Minimum Send Time 0 6553 0 c5 nciMinDSendTm SNVT time sec 1 0 6553 0 c6
47. a pall1 1 na2 2 DB 2 2 1 INB2 12V1 3 3 INb2 DG 1 4 4 1INC U 1 EXT V 2 EXT FE 3 MV COM FANH 4 V2 CL FAN MII5 MV2 OP FANL II6 MV1 CL FAN COM 7 V1 OP NET1 1 1 D1 LoNWonks 1 1 NET1 2 21 COM NET2 3 3 DI2 LoNWonks 2 2 NET2 4 4 COM Ncl 5 5 NA1 1 6 1 INB1 DA 1 7 INb1 DB 1 2 NA2 12V1 3 8 9 INB2 DG 4 10 INb2 B Ei ks NM 7311 B 4 P8 EE 0 RH FN 2 DOT 0 1 Tr
48. 0 uniCoolDiffTemp 1 0C uniValveTempStep 0 2C 1 2 MV1 MV2 NM 7311 B 4 P20 33 WW BA9 FCU 2 5 2 1 1 7 1 3 0 9 0 5 a EE 20 uniHeatDiffTemp 0 5C uniValveTempStep 0 2C ON OFF gt
49. 00 18 13 MV1 nviPipe1Mode SNVT_hvac_mode HVAC_NUL 1 MV1 ROM HVAC HEAT HVAC_COOL 19 14 MV2 nviPipe2Mode SNVT_hvac_mode HVAC_NUL 2 MV2 ROM HVAC HEAT HVAC_COOL i10 11 MV1 nviPipe1Temp SNVT_temo_p 0x7FEF 1 MV1 ROM 0 100C 111 12 MV2 nviPipe2Temp SNVT_temo_p Ox7FEF 2
50. 1 1 12 12 0 14 15 Rr 15 ee ese esosse se se ses en eee eee ose sete eee eee ees soso se ee se ee ee eee es 16 FER RE REESESE IE IE EAE EEE 17 17 NSR SWW WP 8 et ee 18 SEC3 9 A ES 20 22 oe 0 OR 0 SR BE ER I EE ER RR ot 0 BR I 0 Ee 0 i i 22 00 ROGER 22 22 23 24 FCU 26 NM 7311 B 4 P1 33 SRIOIUNSS IN 1
51. 9 5 state value OFF OFF 66 132 133 200 FF 05 nvoSpaceTemp SNVT_temp_p Yes Space Temperture Output nviSpaceTemp 10 50C 0x7FFF 327 67C o6 nvoEffectSetPt SNVT_ temp_p No Effective Setpoint Output FCU 10 85C 07 nvoUnitStatus SNVT _hvac status Yes Unit Status Output FCU 0 HVAC_AUTO 1 HVAC_HEAT 3 HVAC_COOL 6 HVAC_OFF 9 HVAC_FAN ONLY
52. C c25 uciLowerSP SNVT temp_p 10C 10 35C NE NM 7311 B 4 P32 33 BA9 FCU c26 uceiDipSW SNVT state FCU SW 15 14 i 0 1 12 13 00 01 10 11 10 11 00 ON OFF 3 01 3 10 2 11 8 9 FCU 00 01 1 10 1 11 1 2 6 7 00 01
53. FAN H ower FAN M FAN M FAN L FAN L 0 5H RN bh MV1 OP MV1 MV1 CL MV1 MV2 OP MV2 MV2 CL MV2 0 5Hz ONLNE 2Hz Wink LE gt 0 n LoNWonks 0 6 4 SE 7 Ha SVCE SW1 1 2 SW1 1 SW1 2 OFF O
54. FCU 10 11 5 4 0 1 2 3 1 00 01 close open 10 close open 11 0 1 2 00 01 close open 10 close open 11 ce27 uciFanSpeedCmd SNVT_switch 0 0 FTP 1 FCU value 1 199 0 5 99 5 state value 0 OFF 1 0 OFF ll 66 1 132 133 1 200 FF 1 c28 nciManualTime SNVT time_min 0 0 0 240 c29 nciLocation SNVT str_asc c30 neiOemType SNVT str_asc BA9
55. FF ON OFF 50V 100uF 52 3 0 OFF ON 50V 100uF 105Q SW1 3 4 5 6 7 8 OFF NM 7311 B 4 P3 33 BA9 FCU i es FAN IFAN IFAN IFAN M L COM 1 2 3 1 DI1 1 2 COM 3 DI2 2 9 1 U 2 V 1 3 FE 4 FANH H 5 FAN M M 1 INA1 1 A 6 FANL L 2 INB1 1 B 7 FAN COM 3 INb1 1 b 4 NC 2
56. viFanSpeedCmd FCU FCU NM 7311 B 4 P15 33 WW BA9 FCU lt COOL FAN_ONLY FAN_ONLY 1 2 1 PE E a
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