Esco Class II Cabinets Airstream D Series G Series Manual
November 18, 2022 | Author: Anonymous | Category: N/A
Short Description
Download Esco Class II Cabinets Airstream D Series G Series Manual...
Description
E B C. . E , .., E .
M F , N A E , I. 2940 D, 1516 H, A 19040, A F A C 18774793726 2154419661 F 2154419660 .. @. E . L. 21 C 1 486777 +65 6542 0833 F +65 6542 6920 .. @.
Ec Aea Ca (AC2 E/S/D/G/N) II BSC Ue ad Sece Maa Ve F Reeaed J 2013
Ca II Bca Safe Cabe
C I C 2013 Ec Mc Pe Ld. A eeed. Te fa caed aa ad e acca dc ced ad a ae eeed b Ec. Ec eee e ae edc de cae ba f a e e f c cae. See ad Aea ae eeed adea f Ec.
. ( , , ), . E . I E , , .
INODCION
1 1
2 2 3 4 5 5 6 8 8 9 10
11 11 11 11 12 12 12 12 12 13 14 14 15 15
17 17 19
Tabe f Ce Waa Te ad Cd Idc 1. Pdc Ceed 2. Safe Wa 3. La f Lab 4. Eea U Dece WEEE ad RHS Decaa f Cf
C 1 P I 1.1 Qc Ve
C 2 C 2.1 See C Se 2.2 Me O 2.2.1 Se 2.2.2 Se Mde 2.2.3 Fed Caba 2.2.4 Ad Se 2.3 Sac ad Eee Te (O f ed a BSC) 2.4 Aa ad Wa 2.5 Dac Mde 2.5 Sadb Mde (Haf Seed)
C 3 B C O 3.1 Sa Wd Oea 3.1.1 Sa Wd Sae 3.1.2 Oea Med Sa Wd (O f BSC ed a d) 3.1.3 U Sa Wd 3.2 Sa ad S D e BSC 3.2.1 T e BSC 3.2.2 T ff e BSC 3.3 W e BSC 3.4 W Ec 3.5 UV La (If Pee) 3.6 Decaa ad Dfec Ae 3.7 Gae Decaa 3.8 Fe Ifa
C 4 M 4.1 Sceded Maeace 4.2 Maeace/Sece L
20
C 5 M C
20 21 21 21 22 23 23 26 27
5.1 Iaa Cec 5.2 Cabe Fed Cefca 5.3 Pef Caba / Cefca 5.3.1 Se Cabe Maeace Mde 5.3.2 Ad Af 5.4 Pa Reacee 5.4.1 Fe Reacee Pcede 5.4.2 Be Reacee Pcede 5.4.3 Fece La() Reacee Pcede
27 28
5.4.4 UV La Reacee Pcede 5.4.5 Af Se Reacee Pcede
Ca II Bca Safe Cabe
30 30 30 30 30 322
344 344 51
533 533 54 55 56 57 58 59 61
C 6 D 6.1 Decaa Ae 6.1.1 Fa/Paafadede Decaa 6.1.2 Ce Dde Decaa 6.1.3 Hde Pede Decaa 6.2 Receded Decaa Sea Med
C 7 7.1 Eecca ad Mecaca Tbe 7.2 Sfae Tbe
C 8 E D 8.1 AC2_E_ Eee Da 8.2 AC2_S_ Eee Da 8.3 AC2_E_ ad AC2_S_ Geea Secfca 8.4 AC2_D_ Eee Da 8.5 AC2_G_ Eee Da 8.6 AC2_D_ ad AC2_G_ Geea Secfca 8.7 AC22N7 Eee Da 8.8 AC22N7 Geea Secfca
Ec dc ce a ed aa. Te aa ed a deed e dc caed, be e dae f e f a Ec eaa ae ca. T deee c aa ae dc, efe e aed be. Ec' ed aa ce defec aea ad a. Ec' ab de ed aa a be, a , ea eace a defece a f e ee, ded a ee a, f e e afac f Ec, ee defece a e e f be d ad a a defece a a be eed, e defed a Re Aa. T ed aa ce a , ad aa/ace cae. T ed aa de ce: Fe aa (de dee ad) daae. If dc a daaed • a, fe a ca dec e fe cae. • Pdc defaced ea be. • Pdc f c Ec a eceed ae. • Pbe a e f: Eea cae c a accde, abe, e, be eecca e, - e ea eea cd. Sec aed b Ec. - Uae a accdace dc c. - Fae f e dc c. - Fae ef eee aeace. - U accee, a, ce ed b Ec. - Daae b fe, fd, ac f Gd. - Ce dfca e dc. - • Cabe c a fe (HEPA, ULPA, cab, efe) ad fece / UV bb. Fac aed, ce ecfed ee accee ae aaed e ee aaeed b e a aface. Te ce aee a ea ee dc caed Ec, ed aa a a ad e a aface' aa a be e e aa eec f ee dc. Te ce a e a aa f e f c dc ad a ee e e Ec f c aa . Ec ecae a e ee e ee e a .ecba.c/aa_ea. cee e aa ea f .ecba.c/aa_ea. cded eac dc. ALL EXPRESS AND IMPLIED WARRANTIES FOR THE PRODUCT, INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTIES AND CONDITIONS OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE LIMITED IN TIME TO THE TERM OF THIS LIMITED WARRANTY. NO WARRANTIES, WHETHER EXPRESS OR IMPLIED, WILL APPLY AFTER THE LIMITED WARRANTY PERIOD HAS EXPIRED. ESCO DOES NOT ACCEPT LIABILITY BEYOND THE REMEDIES PROVIDED FOR IN THIS LIMITED LI MITED WARRANTY OR FOR SPECIAL, INDIRECT, CONSEQUENTIAL OR INCIDENTAL DAMAGES, INCLUDING, WITHOUT LIMITATION, ANY LIABILITY FOR THIRDPARTY CLAIMS AGAINST YOU FOR DAMAGES, FOR PRODUCTS NOT BEING AVAILABLE FOR USE, OR FOR LOST WORK. ESCO'S LIABILITY WILL BE NO
Ca II Bca Safe Cabe
MORE THAN THE AMOUNT YOU PAID FOR THE PRODUCT THAT IS THE SUBJECT OF A CLAIM. THIS IS THE MAXIMUM AMOUNT FOR WHICH ESCO IS RESPONSIBLE. Tee Te ad Cd a be eed b ad ced accdace ac cdace e a f Sae ad a be bec e ece dc f e c f Sae.
, C USA: 1888479ESCO Sae: +65 6542 0833 Gba Ea Hede: @ecba.c @ecba.c V ://ecba.c ://ecba.c a a Le S Reeeae Db ae ecaed e Db Iae f efe aea.
P A, L Bca Safe Cabe, Laa F Cabe, HEPAFeed Cabe (ece Seae bad) Laba Fe Hd Dce Fe Hd Cea Ee Laba Oe ad Icba CO2 Icba Cae/Paa Pdc Ua Teeae Feee Bec Icba
Tea Cce
4 ea ed 2 ea ed 4 ea ed f Ace O 6 ea f Ace Ma 1 ea ed 1 ea ed 2 ea ed 2 ea ed 5 ea ed 5 ea ce 2 ea ed 3 ea ed f MP, MaP, Pce 2 ea ed f Sec 2 ea bc ad Pee 2 ea a eecc ce 3 ea e ad fa
Pc daed 1 Jaa 2012
Ae a deed ad afe 1 Jaa 2012
1. E C II B C C M
E
220240 AC, 50/60H, 1Φ
A 110130 AC, 50/60H, 1Φ
90110 AC, 50/60H, 1Φ A D
220240 AC, 50/60H, 1Φ
0.6
0.9
1.2
1.5
1.8
2 AC22E8
3 AC23E8
4 AC24E8
5 AC25E8
6 AC26E8
AC228
AC23E8M
AC24E8M
AC25E8M
AC26E8M
AC238
AC248
AC258
AC268
AC238M
AC248M
AC258M
AC268M
AC22E9
AC23E9
AC24E9
AC25E9
AC26E9
AC229
AC23E9M
AC24E9M
AC25E9M
AC26E9M
AC239
AC249
AC259
AC269
AC239M
AC249M
AC259M
AC269M
AC23N7
AC24N7
AC25N7
AC26N7
AC22N7
AC24D8
AC26D8
AC24G8
AC26G8
2. •
•
•
•
• •
Ae , ad ee d ead aa. Fae ead, dead ad c e c e aa a e daae e , ea ee, ad / ee eface. A ea ade, dfca aeace ee be deae b afed ece ee. Te e f a aad aea ee be ed b a da e, afe ffce e e ab afed dda. Befe ce, d dead e aa cede ad ae e f e eea / eecca eee. I aa, a afe eaed be aed e b. If e ee ed a ae ecfed b aa, e ec ded b ee a be aed.
3. Te da ad / e f bace ed cec ee a be eed b a ca ea. Faaa ad cace a c ea ae e e eb f e e. Ec ab ed eec e cace c ea.
Ca II Bca Safe Cabe
4. Te Eea U a ed dece:
D 2002/96/EC E E E (EEE) T dc eed c e Eea U Wae Eecca & Eecc Ee (WEEE) Dece 2002/96/EC. I aed e f b: Ec e dc db Ee. Cac ca Ec db f ecc/da.
D 2002/95/EC H (H)
W eec e dece RHS, eae e a cabe fa de cae 8 (edca dece) ad cae 9 ( ad c e) ad eefe eeed f eee c e f dece.
D C I accdace EN ISO/IEC 170501:2010
We, f
Ec Mc Pe Ld 21 Ca S See 1 Sae, 486777 Te: +65 6542 0833 Fa: +65 6542 6920
decae e eb a e dc: C : C II B C B : A M : AC22E8, AC23E8, AC24E8, AC25E8, AC26E8, AC23E8M, AC24E8M, AC25E8M, AC26E8M, AC228, AC238, AC248, AC258, AC268, AC238M, AC248M, AC258M, AC268M
accdace e f dece: 2006/95/EEC : L D 2004/108/CE : E C D a bee deed c e eee f e f Haed Sadad: L : EN 610101:2001 EMC : EN 613261:2006 C B D/ P C : EN 12469 (2000) C II B C
Me fa a be baed f Ec aed db caed e Eea U. A f ee ae ad e cac fa aaabe ee f Ec .
_______________________________ L G CEO, ESCO
T Decaa f Cf acabe f 230VAC 50/60H
Ca II Bca Safe Cabe
D C I accdace EN ISO/IEC 170501:2010
We, f
Ec Mc Pe Ld 21 Ca S See 1 Sae, 486777 Te: +65 6542 0833 Fa: +65 6542 6920
decae e eb a e dc: C : C II B C B : A D M : AC24D8, AC26D8, AC24G8, AC26G8 accdace e f dece: 2006/95/EEC : L D 2004/108/CE : E C D a bee deed c e eee f e f Haed Sadad: L : EN 610101:2001 EMC : EN 613261:2006 C B D/ P C : EN 12469 (2000) C II B C
Me fa a be baed f Ec aed db caed e Eea U. A f ee ae ad e cac fa aaabe ee f Ec .
_______________________________ L G CEO, ESCO
T Decaa f Cf acabe f 230VAC 50/60H
1
1.1. 2 3
F 1.1. AC2 G 3 .
1. 2. 3. 4. 5. 6. 7.
A 232 I G C H
8. 9. 10. 11. 12. 13. 14.
E C () E LA F E C F D F L
15. 16. 17. 18. 19. 20. 21. 22.
I B K E K F K A EC B D LA F L C ( )
Ca II Bca Safe Cabe
2
2.1. LCD Da
Me B
Va Aa
Se/Me/ Dac B
U B
D B
Fa B
Sce B
La B
UV/Ga B
F 2.1. G .
1. Fa B o T ad ff e fa. o Acae Sadb de 2. La B o T ad ff e fece a. 3. Sce B o T ad ff e eecca ce (ef ). o Te a a f a e e e cabe 5 A. If ee ead, e fe b. 4. UV/Ga B o T ad ff e UV a. o UV a ca be acaed e e a d f ced. Sce e a caabe f fe UV a, e ae eced f e af UV ada. 5. U (▲) ad D (▼) A B o Me e e ad ad dad. o Iceae ad deceae ced ae de e f e e . o Me e a d ad ad dad (f ed a BSC). o F acce e ac ad eee e fc (f ed a BSC). 6. Se Me Dac B o T ceed e e e, ee eece de e e . o Me e f eed a ad afa aa d (d a ad ca de). o Ee dac de. 7. Me B
, . . o
T ee ad e f e e .
3
o
o
T bac e e ee f e e . T acce aeace de f e cd.
2.2. Peae efe e f daa f cee efeece a e aaabe.
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
Ca II Bca Safe Cabe
≤
4
2.2.1. Ue a e e e e fc ce e ea f e BSC ee ecfc aca eee. Te e e ca be eeed ee FAN PIN ADMIN PIN.
2.2.1.1. () Ue ca e e e b cea/decea e ad e ae. Te cec e be aaed ee afe e ed ff.
2.2.1.2. ( ) UV e ca be ed c ff e UV a aaca afe a fed ed. Te UV e ca be e 18 . B defa, e e e 60 e. Ec de eced ea e UV a f e a 60 e e decaa cce a e e fea f e UV a. Ue e UV e acaed, e a a be ced ff aa.
2.2.1.3. ( ) Eee e a cd e a ca be ed f cca eee. Eee e ca be e beee 00:00:00 ad 17:59:59.
2.2.1.4. U , e e ca eec e c a ec eaed ad daed. Te e ca ce beee ec (/) ad ea (f) .
2.2.1.5. Tee be a a ed befe e BSC f fc aca f e . T ee a e e, e be, ad e c e ae abed, a e a ee e e ed f caa. Te defa e 3 e ad e e ca e beee 3 15 e. (: H L B (3 ) 5 B B L (5 ) 4 ).
D e a ed, e e ca e e FAN b ff e be, LIGHT b ad ff e fece a ad MENU b. Hee, be abe acce e e, e e eed ADMIN PIN ad ee e, e ec f e e (WARM UP ad a FIELD CALIBRATION) ae accebe f e e. Ee e e d e e a ed ae.
2.2.1.6. Afe e e ce ff e BSC be, ee be a e ed, ee a a caa ae ed f e e. Te defa e e e (dabed) ad e ca e f 0 15 e. I eceded a BSC ed f a f 3 e afe e cee. (: H L B (3 ) 5 B B L (5 ) 4 ).
5
2.2.1.7. U RS232 cca , e BSC ca ed daa e cd f e BSC a PC. Daa L Ped a e e c e a f e e BSC daa ed cede.
2.2.1.8. Ue ca e e dae b cea/decea e ea, ad da ae. Te cec dae be aaed ee afe e ed ff.
T Se Dae: 1. Pe MENU b ee e e da f e BSC eced b a FAN PIN, e a f e PIN, ee e 3. 2. Ue UP / DOWN b ee e FAN PIN ADMIN PIN d b d. Pe SET b cf. 3. Te aa be d. 4. Ue UP / DOWN b ce SETTINGS. Pe SET b cf. 5. Ue UP / DOWN b ce SET DATE. Pe SET b cf. 6. Te e e YYYYMMDD fa. Ue UP / DOWN b ce e ea (YYYY). Pe SET b cf. D e ae f e ad da. 7. Te da DATE SET f a fe ecd ad e e SETTINGS. 8. Pe MENU b ce e e a da.
2.2.2. Te BSC a ee de ad f c, a de ad ca de, ca be ed da ac. B f ee de ca be ee ad acceed e ee e FAN PIN. Te a de, aeace de f e e f afed ee d aeace.
2.1.2.1. Te Na de acaed b fac defa ece N ee. I de, a aa ad ec ae eabed.
2.2.2.2. Qca de a e e acae e be b f e a f f ced ad e b f e a d e ea . I de, a aa ad ec ae eabed. T de acaed b fac defa N ee.
2.2.2.3. Maeace de d be acceed b afed ee d aeace. I de, a aa ae dabed ad a ec ae defeaed.
2.2.3. Te e f caba ee e accac f e af da ad aa (f ee). T e ea af efeece ea ad eab efeece beee af e() e BSC e adad efeece. Caba d be caed b afed ee. T ec ee a bef ee f e caba e fc. F e fa, efe e e.
Ca II Bca Safe Cabe
6
2.2.3.1. T a e caba ad ea f e af e aa. Tee be be cabaed, ae f fa ad f a .
2.2.3.2. T a e e ee a ae cabaed e fed ad e e ae baed d fac caba.
2.2.4. Te ad e a cae b FAN ad ADMIN PIN. Te ee be, fe ad UV ee (f ee) fc ae a ed afe e be, fe UV a caed a e ca ea ee a a dca e e e e BSC eed aeace. Te ee defa fc e e e e e e fac e. e.
2.2.4.1. ( 0009) ADMIN PIN ec acce e f e e decae e fc, ae ad ad fed caba, c d be acceed b afed ee. Ue ee a fd ADMIN PIN befe acce ee e. ADMIN PIN ca a be ed c aeace de f e cd.
2.1.4.2. ( 0000 ) FAN PIN ec acce fa c ad e a f e e, e ad e de. Ue ee e fd PIN befe c e fa ff. T feae ee aed ee f acce cca c ec. I a ee aed d f e BSC e c ea eed. FAN PIN a eeded dabe e aa e e a f aed ad cea eed be efed. I eceded a e FAN PIN be ed ee aed e e BSC. W FAN PIN, e e ca acce ad ad e de a f e e. Se e PIN 0000 dabe feae. Te FAN PIN dabed b defa. We e FAN PIN dabed, eee BSC e ca FAN be ed ad ff e PIN. Hee, acce e e, e e eed PIN (0000).
2.1.4.3. Weee e a ec fa be e fa , e a fa aa be eed. T ed eabe/dabe aa. Te aa eabed b defa. We e Af M dabed, e a ed eed b e af be daed f e f ee e. If e abe eeae de f 1830 C (c e cabe eeae), e Af M aaca dabed.
7
2.1.4.4. U , e e ca eec ee e fe fe daed . Fe fe cacaed baed e fe ee (F/H/M). Te fe fe da c d accd e a f ef e fe ee eec fe fe eecac f 10,000 . We e fe caed, e F/H/M be ee ( 2.1.4.8 F/H/). Peae e a e fe f e fe deede e fac c cde eea a ceae. A d / d ee ad e fe fa.
2.1.4.5. U , e e ca eec e aae f eae daed e LCD.
2.1.4.6. // T ed ee e be ee. Te be ee dcae e be a bee ea. Tee a ae be ee. Te ce ae ca be ceced e dac de. Te ae ca a de e e e aeace cede.
2.1.4.7. // ( ) T ed ee e UV a ee. Te UV a ee dcae e UV a a bee ea. Ma ce e a 2,000 (100%). Te ce ae ca be ceced e e dac de. Peae ee e UV a ee afe eac UV a eacee.
2.1.4.8. // T ed ee e fe ee. Te fe ee dcae e fe a bee ea. Ma ce e a 10,000 (100%). Te ce ae ca be ceced e e dac de. Peae ee e fe ee afe eac fe eacee.
2.1.4.9. Ue ca ee defa e b c . Te feae be ee ae a ed (3 e), e ed (0 e), UV e (60 e) f ee, eaee (ec), af (eabed), ADMIN PIN (0009), fe fe da (dabed) ad FAN PIN (0000). Ne a e caba e ca be ee a a cae e BSC eae a afe ae. Te ee ca be ee fc ee.
2.1.4.10. U , e e ca eec ee da e af e e abe eeae f e eeae ae, be 18 C (65 F) abe 30C (86F).
Ca II Bca Safe Cabe
8
2.1.4.11. T e afe a e ad afa aa f a cea ed. Te e ed ca be e f 0 299 ecd; e defa ae 30 ecd. Aa be acaed e a e e ad e e f ec be e ae ecbed b e adad e cabe deed cefed .
2.1.4.12. ( ) T ee e a cce c e e a cce c aa. Te a ae f a cce 16,000 ad afe c e eed be eaced (e.. a a f e eee aeace a). Te cce ae ee a e ad d.
Wa eae be afe e cce ae eace 15,000. • • •
1 a: Reace Sa M afe a eaced 15,000 cce. 2d a: S U Sa afe a eaced 15,500 cce. 3d a: Sa M Lced (a ca eae) afe a eaced 16,000 cce.
2.1.4.13. T ed e dae e cabe a cefed. Te ea ca be aded f 2000 2099.
2.3. ( ) •
Te ac fc ca be aed b e e UP b e e a e afe/ead . Pe UP b aa e e ac fc acaed ad ee e e. Ue e DOWN b e e ac fc ad ee e e. Te e e ac fc c ad e HH:MM:SS fa.
•
Te eee e ca be aed b e e DOWN b e e a e afe/ead . Pe DOWN b e e eee e fc acaed ad ee e e. Ue e UP b e e eee e fc ad ee e e. Te e e eee e fc c d ad e HH:MM:SS fa. Oea ca e e SETTINGS EXPERIMENT TIMER e ( 2.2.1.3) e e eee e.
2.4. A BSC e aa dcae a e cd de e BSC afe f e ea, cec e LCD da dead e cae f ee aa. Te c aa e SASH ALARM, c dcae a e a ee a e a ea e a f ced (UV de) cd ca ea be ceced b e a a e aae ea . Oe aa a dcae a fae a e e BSC e: •
AIFLO: NO! be daed f ee a af fae.
• •
a faefe eaf a deec e. AH: EO POIION dcae ENO NCALIBAED be daed ec e e cabaed.
9
: I "C " , BC . C E' . .
2.5. Dac de ca be acceed b e e SET b. Te dac de a e e e cd f e BSC e e ece eee d aeace ad be. O
MODE VERSION
E
S c de ace: NORMAL MODE, QUICKSTART MODE MAINTENANCE MODE S e e f e fae; e: CP104D V 1.0
TEMPERATURE
S e eeae de e cabe.
B/H/M
Be H Mee ceae b e .
SASH CYCLE
S e cce f a . Ma cce 16000.
FILTER LIFE
S eceae f fe fe (baed Fe H Mee) ad eeced fe fe f 10000 .
AF OUT TEMP UV LIFE UV TIMER MUTE TIMER
Vec da a e eeae f ae S eceae f UV a fe (baed UV La H Mee). S e UV e ae defa 60 e. Ma ae 00 e (fe ). S e e e ae defa 30 ecd. Ma ae 299 ecd.
ADC IFF
ADC f Fa P If cacaed ffe baed If Na P.
ADC IFN
ADC f Na P If baed fed caba.
ADC IFA
ADC f Aca If ea e e ead.
ADC IF0
ADC f fac cabaed Ze P If ( f).
ADC IF1
ADC f fac cabaed Fa P If.
ADC IF2
ADC f fac cabaed Na P If.
DFN
Na f Df eed d fac fed caba.
CONSTANT
Af e ca. T ae eeded e de a e e.
CALIB TEMP
Teeae e e fac caba a efed.
ADC TEMP
ADC ae f TEMPERATURE.
M_SWITCH1
S e cd f aec c 1 f e .
M_SWITCH2
S e cd f aec c 2 afe .
M_SWITCH3
S e cd f aec c 3 f ced .
TYPE
Cabe e
Ca II Bca Safe Cabe
10
2.6. ( ) I Sadb Mde, e be eed ea edced e e e c. T de ca ed d e aa bac ee f cae ee e cabe ed b e ea. Te de ca be acceed b e e FAN b e e cabe ea. I af eed de, e af dabed ad e FAN b eaa, e e b ae eced.
11
3.1. 3.1.1.
Be ca be acaed Fece ca be ed
Be ca be ace Fece ca be ed Uafe cd cd
Be ca be acaed Fece abe
Safe cd cd
F 3.1. .
3.1.2. ( ) Te ed a e a ad d eca, f ee fe f e b e a edae a afe feae c e ce ad ee a e aed e aee a e a deced.
L F O P We e a f e, e e d b ad d cae e a e e Safe He e ad . If e fece ae a e a deced, e a a a e a e Safe P. If eeae e b befe e a a eaced Safe P e c ff aaca.
L H P We e a a afe ea e, e e d b ad d cae e a e d e f ced ad . If e fece ae a e a deced, e c ff aaca a a e a f ced. If eeae e b befe e a a eaced e f ced , e c ff aaca.
F C P We e a f ced, e e b ad d e e e ad e fa. If e ad cec, e fa f a ad e a e e Safe He e ad .
Ca II Bca Safe Cabe
12
H P We e a afe ea , e e b ad d cae e a e e f e ad . If e fece ae a e a e, e a a a e a aed f e. S e a da cae e c ff aaca.
3.1.3. •
•
• •
•
Te a d d be f ced e e cabe e. T e ee e e e cea. Te a d d aa be a e a ea e a a e e e cabe e. Ee f e cabe ef aeded, e e be , e a d d ee be ed f e a ea e, e d ad ad f aea/aaa e cabe. Te aa be acaed eee e a d ed f e a ea e. Weee e a d ed e cec e f a e e , e aaca be ed a a a e e. Te a d a be eed a f e e f ad/ad f aea/aaa /f e cabe. We e a d f eed, e aa d a be ed b e MUTE b b e aa aaca d aa afe 30 ecd (defa 30 ecd b ca be e 5 e) e) ed e e a afe e cabe ad e be ed facae cea.
3.2. 3.2.1. 1. Rae e a e dcaed a eaa e (READY ae). Te a e e eaced. N: , , .
2. T e fa b e e FAN b. I e Fa PIN f aed (f PIN ≠ 0000). T a e a cede (defa: 3 e). A b ae dabed d a ed. 3. Te BSC ead f .
3.2.2. 1. T ff e fa b e e FAN b. I e Fa PIN f aed (f PIN ≠ 0000). T a e e cede (defa: 0 e). A b ae dabed d e ed. 2. Le e a e f ced (e da UV MODE). Te a ca be eed edae afe ff e fa a e e e cede. N: , . 3. T e UV a (e ee) decaae e aea b e e UV b. Leae e UV a ae e e decaa de effece. Te UV a ca be ed afe e e cede fed.
3.3. •
•
• •
A e BSC e a caa b a e be eae f a ea 3 e ). befe ad afe e BSC ( 2.2.1.5 2.2.1.6 ) Wea aae ea ece ee (PPE) deeed b aee a BSC. Ad e acee a cfabe . Pef face decaa e aea ( face, bac ad de a, UV a, eecca e, ece fe ad e e face f e a d) befe ad afe e BSC. Fe dffe d be ed ee fe daae. Wee beac ed, a ecd ee ae d be caed ee a eda ce a a cde ae ee face.
13
•
• •
Pef face decaa e face f a aea, cae aaa aae dfeca befe ee e e aea. Pace e ae cae (baad ba, ee dcad a, ec.) de e BSC aea. Pace a e ad aaa e afe aea.
F 3.2. A •
• • • • •
•
•
•
•
Me ace (ee ee, c ad e f d, ec.) ce ee eea af dbace a adee affec e BSC ea af, eeb b a e cae caabe f e BSC. Ee a e a a a ea e (READY ae) befe a a eee. Ee e f ad bac a e ae bced b a a e bec. W a fa bac e BSC a be a ea 150 (6 ce) bed e f a ae e. Wa f ad e e afe ac e ad e cabe a aa. We e BSC, e ad ad a ced ae. Rad ee a d e a bae, a caa ecae ee e BSC. Te e f be be de e e eceded. Hee, f e e f be be adabe, a be a caabe f be ed dead a eced eecc c cea a be ed b e be aced ad e bac f e face e BSC. Pace aeeea e a fa bac e BSC a be ad a ea 150 (6 ce) f cea e/aea. Pace a bece eea ee c a cefe, bede ca ad e bac f e BSC. S e e a f ee ee ea. A c a be, eceded a e BSC be eaed c de acee a cae ad ceae. Af de ae a ce e fa a bee ced ff, a f e BSC a ecae de e ea ce f de e BSC. Teefe, eceded a e e e cea e e f caa afe e BSC ceed. A baace a a cdea e dee e ea de f e BSC ce e a dcaed dced BSC be cdeed e ea a baace f e aba.
3.4. O cca, d e be ea e BSC a ae a a ad . Tee ae e b adaae f e : • •
Te ca ee c ad fae ed ae eae e. S de e bd a abe .
Hee, a e dabac : • • •
Te aea aaabe fa ed. Tee a ea f be caed e ae e f a e. S e f e ef e f e bac.
Teefe, d a caef ae e f dee de acee cfabe ad ea cd:
Ca II Bca Safe Cabe
14
• •
•
•
•
•
•
Aa ee a e ae e e. Kee e bac cfab ed b ca. Ad e ca e a aae (e.. ) bed bac eee ecea. Y d ace fee fa e f a fe. D dae fee ad ce . Y d a e da a ea ea a ae ee e ae e f . Obee e f eca eec ee: o Ge ee fee bea. Pedca aa f e aea ad fc a a da . o Kee ae cea. Aae e e/aaa fee ed c a a a ca e e ca a ed ad e. Eece ea.
Te BSC e e a bee eed ad fd be cace EN 12469, ISO 4871 ad NSF/ANSI 49 c a ee ea ad cf f e ea. Ec accee aaabe f Ec cde: • • •
Ae add Lab ca Fe
Peae cac ca db Ec f e fa.
3.5. ( ) Sae UV (UVC) cdeed a ecda ad cda. Te UV a a Ec de a a ae f e ec e UVC ae. Ue a e e f decaa ae, UV de eae a ede. Te decaa ac deee f e a. Hee, e UVC ec de eeae e. •
•
•
•
•
•
UV decaa ed a be ed befe ad afe cebe a. Hee, d be e e decaa ae. Ceca decaa ae d be ed. Tee d be a a f aea de e BSC aea d e ce f UV decaa. A dec eac UV ca deeeae ac bbebaed aea ad ca cae e aad (e.. Geea f aad a). Befe aca e UV a, e BSC a d be f ced ad e e d ee a ec e. Ad dec cac ad ee a UV cafed a a babe a cace. Te UV e feae d be ed ea c e decaa ed ( N: ) . Lea e UV a f e 60 e ee e eceded becae e e fea f e a. Te UV a ed Ec B BSC SC ae a fea f 2,000 . Te UV a d be ceaed f a d ad d ee ad caed aa ee effecee. Ee a e a ed ff e a cea ad aeace caed . BC .
3.6. •
F ae ee face, a c dfeca ae, ece cebaed e, ae abe. Wee cebaed ae ae ed, ee ae d be ed e d e face f e aca f e dfeca ae.
•
F de caed face, a c dfeca ae ae abe. Hee, e BSC a bee ecfca eaaed f e e f:
15
o o o
o
o
1N Hdcc Acd 1N Sd Hdde 1% Qaea A Cd 5% Fadede 5,000 Hce 2% Id
5% Pe 70% E Ac Adeae cac e d be beed f effece decaa ad e e eed deed e dfeca ae, e ccea ad e bec f dfec. Tee e dfeca ae a a a. Teefe, e ad afe fea d ca aee ee a aae dfeca ae ad adaed decaa cede ae ed decaa e BSC. o
•
o
o
•
3.7. Decaa a fee be caed b ea f fadede fa e decaa ae, c a ce dde de ede. Decaa ce d be caed b afed ee. I a f e f eeae, e e d ee a e BSC a bee e decaaed, ee d e ae f e ae ed: •
•
• •
A e e f /eca e BSC A e e f ca e e f be caed e BSC Befe acce caaed aea f ec (e.. e fe eed eacee) Pedca ad a adaed b aee
3.8. •
•
A Gde Bafe ad Bca Safe Cabe ca be daded f ://ecba.c/ece.?d=13 A edcaa de W Safe Bca Safe Cabe aaabe f e a ://.be.c/ac?=ZUW1NJJ8
Ca II Bca Safe Cabe
16
17
4.1.
Pe ad e aeace cca f befee fc f a dece ad Ec BSC ece e. We eced a f e aeace cede eed eede de ba a eface f Ec BSC.
N.
D P
1 2 3 4 5 6 7 8 9 10 11 12 13 14
Sface decaae e e BSC e aa efca Pef face decaa e da a Cec e ae cac f eaed aea Cea UV a (ee ee) f a d ad d Cea e ee face f e BSC Cea e a d Cec a ece fe (ee ee) f e ea Iec e BSC f a ca abae afc Cea bb a ae ee face MEK Recefca Cec e cabe fca Cae UV La (ee ee) Cae e fece a
D √ √
M M 1
2
√ √ √ √ √ √ √ √ √ √ √ √
C BC • • •
•
•
• •
Cea e face ad a aae dfeca ad a ae afead. Cea e a d aae dfeca ad a ceae afead. Ue a da c cea e ee face f e BSC, aca e f ad de ee d a a accaed ee. Ue ee ae f e cea ad a aa a ede f dfeca, a, ae ad a ceae. F e bb a e ae ee face, ae e f MEK (MeE Kee). I c cae, ae e a a e ee face edae afead ee ae ad e d deee. Ue a eae c e f a. Rea cea f e ae ee face e ea e aace fac f. Ee a e ceca ed ae cabe e ae. Ue aae ea ece ee (PPE) e ca e ac.
Te e ed b fa d be e e a e a d e e a ead UV de .
C • • •
Cec e BSC ecaca fca (e.. a d bcae f ecea). Cec e BSC eecca fca (e.. fece a eace f ecea). Cec e BSC f a defec ad f a, ea edae.
A BSC be ecefed aa b a cefed eee. See cefca cede aaced e fac e e.
Ca II Bca Safe Cabe
18
A Te e f acce e ae cac ee a eaed aea a cae bc af. Cae be ae a e aea caaed.
F 4.1. P .
P I: 1. Ie e efe e e f e ae cac a ae 1 abe. 2. P e efe accd f e ae cac a ae 2 3.
F 4.2. I .
19
C P NM BC
C P: 1. 2. 3. 4.
T e f ae. Uce e a ce P ead ce de. Uce e a c bace e P ead ce de. T e a a fee f cea.
4.2. / / I d acce (ad e cae ea eee) aa a f a aeace caed cabe.
Ca II Bca Safe Cabe
20
Ec dc eea de ea f befee ea ee e a ee e ee aeace ad ece. Maeace ad ece d be caed b aed ee. Ec ffe a ce e ece de e ae , fa ad ccef aa ad ece Ec dc. F e fa e eae a ce, eae cac Ec. Sece de d faae eee e bac ea ce f dc befe e. Sabe efeece cde fa Maa bce c a be daded f e Ec eb e. Bca afe cabe eea ee: •
•
• •
• •
Recefca, e: o Te cabe ecaed. o Cabe eface ec. o Afe fe be eacee. o A ea ce a ea baed aee. o D ecefca: Cabe af ece ad f ae ae efed aa e aface ecfca ad eea eaa adad Fe ae caeed ee e d ea. Oea cf e a be efed. If af ece ae fd be ff e, ade ae ade a a f e cefca ce befe fa ae ae ecded. Af aa caba, e: o Te cae f e af aa ca be deeed. o Recefca dcae e daed af deae b > 0.02 / (4 f) f aca eaed ece ( f dc af ec da). Decaa befe fe fa eacee, a ecfed. Fe eacee, e: o Te fe ae ced ad e fa() ae abe ceae f e fe ad. o Fe ea c ca be eaed ae fd d cae. Ne: Befe fe eacee, e cabe be decaaed. Fa eacee (ca ae) f fae cc. Re aeace a cde: o Fece a() eacee ca ce ee 2 ea. o UV a eacee ca ce ee 1 ea.
5.1. 1. Cec a e cabe a aed aa f a cd , eae, d, ce a, a e ee a affec cabe af ee e e ead f cabe dbed. 2. Mae e e e e ea af e ae bced, ad e e e ea ad df af e ae eedca e af a. If e af e ed, e e cce ee ecaba. 3. Mae e e e e ea ad df af e be ae eedca e af a. If e af e be ed, e e cce ee ecaba. 4. Mae e a e ea fe bced, ad e df dffe e aed. 5. Mae e a e df dffe e aed. 6. Cec a e fa d cce ace e ae e e e e.
21
5.2. Cabe fed cefca be efed : •
Ne aa.
•
Reca f cabe. Aca f af aa deeed cae. We cabe eface ec. A ea ce a ea baed aee.
• • •
Te e ef fed cefca:
5.3. / 5.3.1. T a e cefca, ee e fa ad a ae ed . Te cabe d e be aeace de. I Maeace Mde a aa ae defeaed ad e d ca be ed e be ced ff. 1. Pe MENU b. Ee e ADMIN PIN (Defa ADMIN PIN 0009) 2. If SETTINGS daed e ADMIN cde a bee eed ceed e 3 a. Pe SET 0 fa b. Pe SET 00 a d fa c. Pe SET 000 a d fa d. Pe SET 0000 a d fa e. Pe ▼b e 9 f. Pe SET 3. Aa d, a aa . Cabe d ead. MENU OPTIONS XX:XX →
SETTINGS SET MODE FIELD CALIB ADMIN SETTINGS
Ca II Bca Safe Cabe
22
4. Ue e ▼ b e LCD da SET MODE. Pe e SET b ad LCD d : MENU OPTIONS XX:XX NORMAL MODE QUICKSTART MODE MAINTENANCE MODE
→
5. Ue e b e LCD da MAINTENANCE eae a e e f e LCD. Pe e SET b. Te cabe aeace de ad e d Maeace b c dcae afe cd. 6. Pe e MENU b ce e f e e ee. 7. Te d MAINTENANCE daed e LCD a be. ▼
MAINTENANCE XX:XX
OR
Sash: OK I:0.45 m/s D:0.30 m/s
MAINTENANCE XX:XX Sash: OK I:90 fpm D:60 fpm
5.3.2. Ca e e be ad e af: 1. Ree e ce d e f ae (e ce caed e be ae a eac ed b ede). 2. Lf f ae. I be ed e b e f ae c. 3. Lcae eed ce ed ad de f eecca ae. 4. P e ee be e M Vae Sa P. 5. Ad e af b ad e eed ce.
5.3.2.1. ( 2 2) Tee AC2 BSC ae eed a ea fa be f e ea fe. T fa eed be aded a e cec baace beee df ec ad f ec aceed. N.
M
E
I
D
1 2
+ +
+ =
++ +
+ +
3
+
++
++
4
=
+
5
=
=
=
=
6
=
+
+
7
+
8
=
9
+ : Fae/ceae ae ++ : Iceae ea ae = : Ca : Se/deceae ae : Decae ea ae
Te BSC df ad ea fa eed c eed be aded e a df ec f 0.30 0.025 /.
23
5.3.2.2. Te dae ed baace e df ec ad ea ec. Te dae eed be aded e e df ec de ee e acceed cea (efe e cabe ecca ecfca). Oe e dae e f e df ec ; ce e dae e f e df ec . Dae
Tbce
F 5.1. A . Le e bce() de e dae ef ceae edce e df ec.
5.4. Te e f Ec a ad / a ed dec b Ec aed db, cd b ed aeace a, ae a, eacee a, e ce ad / e accee, a d a eeed ed aae.
5.4.1. .
Ude a ae ad ba a accde (eae ce), e fe d eed eacee e ad e f ad / df ec ca e be aaed e ecfca. 1. Befe e fe ae eed f e BSC, e caaed face d be aed ff ac, cadbad e e abe aea. T e e f ee e ee e decaa a . 2. Ued fe d be ded accdace ca ea. Te a ae be ceaed a edca ae. Te d be dbe baed ad aae abeed afe be eed f e cabe. 3. Pe PPE (baed aee) d be e e ed fe. Y d de f ee afe e cede. Fa d d e a ad. 4. Befe e e fe ae aed, a face d be ceaed f c ad/ adee ae aea. Te e fe d be caef aded ad eaed befe be fed. I a a e fe ad e ae be ceced f ea e. 5 6 BC.
Ca II Bca Safe Cabe
24
T e f e ae ecea ee e f d e e d be ab ed f e fa e eed. Oe e a cae fe daae ad ea ea.
5.4.1.1. 2 2
F 5.2. F AC2E AC2
1. Me e Sa Wd d eace e ae. : F ed a BSC, ee e d a afe e a d e e . 2. Ree ed e ce P cede. 3. Uc e f ed c e d e d fe bace. C: Be caef e e d e d bace becae daae e fe ae 4. Tae e ea fe caef. 5. T a e fe, d a eee cede f Se 4 Se 1.
25
5.4.1.2. 2 2
F 5.3. F AC2D AC2G
1. Ree e ce f e b f be ae ad e f e f ae. C: . C .
2. Me a d e e . N: F BC, .
3. 4. 5. 6. 7.
Ree ed e ce P cede. Ree e ecda ea fe fae f e f. Ree e ecda ea fe. Ree e a ea fe f e f. T a e e fe, eee Se 1 6. a. We be e fe eced, eae ee ae ce ea b df ad ea fe. b. We e ea fe fae eced, eae d ee e , e e e e f a e .
Ca II Bca Safe Cabe
26
5.4.1.3.
F 5.4. D
1. Me e a d eace e a e. : F ed a BSC, ee e d a afe e a d e e . 2. Ree ed e ce P ce de. 3. Le e f b ade eeae e e f df fe. C: Be caef e ad e b ade. T daae e fe ae. 4. Tae e df fe caef. 5. T a e fe, d a eee cede f Se 4 Se 1.
5.4.2.
F 5.5. B
T eace e be, d e fe eacee e e be e aeb ca be eed f e cabe, e d e f e: 1. Uce a e ce e f ad de a e ae abe. 2. Tae e be caef.
27
5.4.3. () 1. Dcec e eecca cec. 2. Ree e ce f e b f be ae ad e f e f ae. C: . C .
3. Te fece a() caed bed e be ae. Dcec e d e() ad eace e e e().
5.4.4. 1. 2. 3. 4.
Ca ecea face decaa e e e UV a. Dcec e eecca cec. Ree e d UV a b a 90 ce cce ad dad. Ia e e UV a b ad ad a 90 cce ece e a ce.
Ca II Bca Safe Cabe
28
5.4.5. 5.4.5.1. Sa e e b cae, AC2_E_, AC2_S_, AC2_D_ ad AC2_G_, e af e caed f e cabe. Te e ca ea be acceed ee cabe. 1. Sa b e e dae (ce) f e cabe (f AC2_E_ & AC2_S_; dae acabe f AC2_D_ ad AC2_G_).
F 5.6. D
2. Lf e dae cae e af e.
F 5.7. L & D
3. Dcec e af e cabe cec.
F 5.8. D A C
29
4. Ree eeae e f e bace.
F 5.9.
5. Ree e d e f e bace.
F 5.10.
6. Ia e e e ( ce e d e ) e bace ad cec e e cabe cec. Ee e af dec decbed e e ced d aa.
F 5.11. A
Ca II Bca Safe Cabe
30
BSC decaa d be efed a f e f eeae: • • • • • •
Befe eac e ea/df fe be. Befe acce e caaed eae e e f e BSC. I cae f a accdea ae a ae caaed a f e accebe face. Befe eface ada ad ecefca. Befe BSC eca. Befe a cede adaed b e aee.
Aae Pea Pece Ee (PPE) e e aee a a cde e, , ad ea fe abe f e decaa a/a a be ed b e cefe a e afed ee ef e decaa. Ec ca de e fa ae (FV001) ad decaa ba eeded f e decaa cede. Te fa ded ec de ce a fa adce decaa be caed . Aae ee cd e afe ee e fac be ced ad adeae aee be cdced ee e afe ad effcac f e decaa cede.
6.1. 6.1.1. / Tca e decaa efed fa a b ee a 37% fa b deea f d aafadede. Dee deead ae f decaa, fa a ee e f ea : • • • •
Eea cac ca cae a , ee, ad c ebae. Iaa a ccea ca cae c, aea, ad daea. Iaa ae ccea ca cae c, ca, ad dea. L e ee ca cae cace.
A e Pebe Ee Lee (PEL) f fa 0.75 , a ce beee a ee afe ee f cace ee a. Teefe, ca e be eacaed e e decaa ce efed, c ead ab d e. Te e f fa decaa a a e dadaae: • •
•
Te ce ec. Te cefe eed e e BSC fa ccae e fa a. T ca dde e ae d e ac ee ce e ea fe. De ecee ede eee cea be de afe decaa ad befe e.
Accd OSHA [Occaa Safe ad Hea Ada (USA)], fadede S Te Ee Lee (STEL) 2 f 15 e ee, 4 e a da, f 60 e beee ee. A adda ca afe ea d a be beed. Pee d be e adeae a. Te f de eea dee fadede afe: •
•
Rea (Sadad 29 CFR) Fadede 1910.1048, Occaa Safe ad Hea Sadad, OSHA (Occaa Safe ad Hea Ada), U.S. Deae f Lab: ://.a. ://.a. OSHA Fadede Fac ee (PDF fa). Aaabe a: ://.a./ODc/daa_Geea_Fac fadedefacee.df ://.a./ODc/daa_Geea_Fac
31
Te e eed ca fa decaa ed be:
N. 1 2 3 4 5 6
P Se & ea e BSC ae a Fa aa Fa cac e ba ae f 46 Aa aa eae fa Aa cac e eae fa Ea e aa ede
7
1 8 10 2 1
Tead & cea e (baa) ede OAL OAL
1
10 12 14 17
Aa ed eae fadede. OSHA ecbe e aa STEL 35 f 15 e ee, 4 e a da, f 60 e beee ee. De e adee ea effec f fa a, e a bee baed e ce c a Gea, Aa, ad Sead. Oe Eea ce ae eeced f . T a caddae eace fa decaa ae ce dde a ad de ede a.
6.1.2. Ce dde decaa efed b ec ce a (C 2) a cde fed d d ce (NaCO2), c eeae e eee cde dde a (CO 2). Ce dde decaa c fae a fa. Be a e a, ead c, e eed f e BSC be. I ca ad e ca effcac 1 cac e. Ue e a e ccea f ce a de e cabe deceae a afe ee (e.. b cbbe e) befe e d e e a ea. Te STe Pebe Ee L (STEL) f Ce Dde a 0.3 . Te e eed f e ee ce f ce dde decaa a f:
N. 1 2
P Se & ea e BSC ae a Ce dde a
1
3
Ce dde cac e
1
4
Ce dde cbb
5
Tead & cea e (a) ede
OAL
3
Ce dde a e PEL f 0.1 , caed 0.75 f fa. I b cee a BSC ea eed ec ee f e a ee.
6.1.3. Hde ede (H2O2) decaa efed b fa aa f a ae ede e, cea a a a dbed e de e BSC. STERIS ad BIOQUELL ae a ed f de ede eea. Tee ae fca dffeece ea ce. •
Te STERIS ce ad cdea face e c ad e a db. Te eae d de e BSC be eed 30% a e ea 70% eae d ca be cced b e de ede a.
Ca II Bca Safe Cabe
32
•
Te BIOQUELL ce ee ccdea acee e . Te eea eeae eed de de e BSC.
Hde ede a cacec, b effece aa ca. Hde ede (H2O2) a bea d de caac ac bece a ad ae, a eea fed ad eae ede. Te BSC fe aeaed b dc eed e bea d f de ede a. Te e eeded f e ee ce ed be:
N.
P
1
Se & ea e BSC
2
Cd ad decaa cce
3
Dc H2O2
4
Tead
1
H2O2 eea d aea
8
OAL
2 3
9 10
F de ede decaa, e BSC eed be eed : 1. Oe caed f e de a, eea e e aea
2.
Oe caed f e ea fe.
Te eea ed defe e fc a decbed be:
B
H
Ieced e BSC
Geeaed de e BSC
B /
Hde ede dc
Hde ede edc edc
Hde ede eac
Hde ede eac
6.2. T ec e a eae f e cabe ca be eaed e FV011 fa ae ed. Hee, a ce ca be aed f e ae decaa ed.
1. P e decaa ba ece e ee BSC ad ad.
2. Ue e 50 de a ae ea e a beee e decaa ba ad e f. T ceae f aea ee e f. decaa ba , e ec ae. Ee a e ae f ae ea a e ed ee eaae. eaae.
33
3. Oea e ae a e .
4. Tee 2 cabe (f BSC ad f ae) d be cbed a 1 cabe d ce f e decaa ba, e cace f fa eaae. eaae.
5. T ea e cabe, f ae a Ωae a ae ad e cabe, ad ae a 5 c fa b dec. Te, ae e a ae e f.
6. P e b a f e decaa ba f e a ae, ad e ea ae ae f a ae. Ue e ae f a ae ( 2 ) b dec ee ea e. e.
7. Te BSC ead f fa decaa.
Ca II Bca Safe Cabe
34
7.1. T de addee e c ece e. Ue ee a e e acab f e aed, e ae a AC2 ee. F e be ece fa cac ca Ec Db.
H: •
DVM (Da Vae Mee). N: A , . .
• •
P cede. Iaed e cabe.
E P C L: Oe e f ae, e eecca ae caed e bac f e ae. A ed ce ed ce e eecca ae caed e bac f e f ae f AC2N de. Te ce a a fed (eae e a e a e ae eade f e e a).
Seed C N1
Seed C F D ad G
F 7.1. L E B AC2E, AC2, AC2G AC2D
35
ECMS
Sabe F
Seed C
Seed C
F D, E, G ad S
N1
A
B
F 7.2. A L E B AC2 D, E, G ; B L E B AC2 N
P 1: C (LCD, , , ) Cece Ac Cae Pe Fae • Cec a e f e. Pe cd ceced e fa
Cc beae a ed
•
If e e a a c ae e ed ON.
•
Ee e e cd ceced cec e a e.
NOE: 2 . •
Dcec e e cd a e cabe ad eae e AC ae beee e e ad e ea ea f e cd.
•
If e ae 2% f e a ce ae, eace e cde; ee Pceed e e e.
•
Cec e cc beae de e eecca ae.
NOE: I , . ( F 11 ).
Ca II Bca Safe Cabe
36
Cae
Cece Ac •
De e cabe eae cec afe ee e cc beae? If de Pceed e e e.
Fe 11
Ie cec
•
Meae AC ae beee LIVE (RED) ad NEUTRAL (BLUE) ea bc de eecca b. See Fe 12.
•
Vae be 10% f e aed ae.
•
Refe cabe Sea Nbe Ta f eed ae.
•
If e ae f e ae ee ae, cec cabe cec b de f cec A. See Fe 13.
230 VAC a Cec A 1 ad ad 3. P 5 d.
115 VAC Cec A 1 ad 3. P 5 d.
o
o
•
If ee ae a Cec A b ae eaed a e RED (LIVE) ad BLUE (NEUTRAL) ea bc, e be beee cec A ad e ea .
•
If ae ee a cec A, b ae eaed a e feae cec f e e cd a e f e cabe a e e cd ed , e be beee e feae cec ad e Cec A.
Fe 12
Defece e Sc Mde Pe (SMPS) (O e SMPS (e cde 1080945) aed)
Fe 13 •
Lcae e SMPS (Pe S) ad Tea bc.
•
O e de f ea bc, eae e DC ae beee Red ( 3) ad Bac ( 4) Meae e de aa f e SMPS.
•
Te ae d be ae f +12 VDC 10%.
•
If d ae ae, eae e e de f ea bc.
•
If f ae ae, cec c e e SMPS cec ea ee e cd ceced. Te f SMPS d be 10% f e cabe c ae.
37
Cae
Cece Ac •
If ae e b ee ae, eae eace e SMPS.
•
If ad ae cec, eae Pceed e e e. SMPS B BeG/Y 115 VAC
SMPS Red Bac/be 12 VDC
Be G/Y Bac Red
230 VAC
Fe 14
Cec be a bad f a bad da
Tea bc Neaf B
SMPS
Pe
•
Meae e c ae e a bad a ea J 13 (Ne a, be cabe ce ede eae ). See Fe 15.
•
Vae d be beee 6.75 8.25VDC, f 7.5 VDC SMPS (e cde 1080328) ed.
•
Vae d be beee 10.8 13.2VDC, f 12 VDC SMPS (e cde 1080945) ed.
•
If ae f ae ae, ee adeae cec beee SMPS
•
ad a bad. Ee adeae cec beee fa bb cabe f a bad LCD/ead ebae. NOE: . D. LED/ .
•
If e LCD Da , b e LED ead ebae, cec cec e ae Fa Rbb cabe.
•
If e c ae a J13 f ae ad fa bb cabe ae ceced adeae b e LED e ead ebae ad LCD da ae ed , eae ceed e e e.
Fe 15
Defece a bad
•
•
Te a bad defece f e a bad c beee 10.8 13.2VDC f 12 VDC SMPS aed ad: o
A LED e c ae ae ff.
o
Te LCD ba.
o
N be d.
If ee cd e eace e a bad, ee Pceed e e e N: , ,
Ca II Bca Safe Cabe
38
Cae
Cece Ac .
P 2: B LCD C Cec be
C A Ee LCD ae Fa Rbb Cabe adeae cec e a bad e da a e a bad ed. • Ee a e cabe a bee eed adeae ce e a bad. T a Keed cec c a. Te a d e ae dec a e cabe. See Fe 21 be. • If e LCD Da , cec e a bad a deaed Pbe 1. •
Fe 21
Ca be
•
Ad e eee a bad b a e ea a fa ce de acee e be LCD ca. Ra e a e ce cce dec ceae e ca. See Fe 22. • If e LCD ea ba, eace .
Fe 22
Defece LCD
•
Cec a e LCD e LCD a bad.
•
If e e LCD fc e, dcae e d e defece. If e e LCD de , eace e ae Fa Rbb Cabe. • If e LCD de eace, e a bad. •
P 3: I C A C • De e LCD da ? If de , eae efe Pbe 1 ad ee a Cec e a bad eed. be • Ee a e a Fa Rbb Cabe ceced e a bad See fe 31. Te ae e feae cec f e cabe dcae PIN be 1. • Ieface bad ad ebae/ead ae caed bed e be ae, deea e ea defec. • T ff e cabe ad e ee e bb ad e c a d e bb. See Fe 32. • Ee adeae cec beee e cabe f e a bad ad e •
Ieface bad. See Fe 33. Ee adeae cec beee e ee ac cabe f e Ieface
39
C
C A bad ad e Da bad. Fe 34.
Fe 32
Fe 31
Fe 33
Fe 34
Defece Cabe ad / Ieface Bad ad / ead
• •
Reace e e b e, cec c e() /ae Defece. Reace e Defece a().
P 4: B Cae Cece Ac • Sc e Fa b e Fa b c ae. M Be Fa • Ee e Fa PIN be f eed (defa 0001). • Te LED f FAN d ae ad e FAN d a. • If e FAN de eae, Pceed e e e. • If e LED e cabe f de ae, eae efe Pbe 1. • Meae e c ae e Rea Bad a ea J 1 (Ne a, BLUE DC Vae cabe ce ede eae ). See Fe 41. Cec be ea bad
•
Vae d be beee 6.75 8.25VDC, f 7.5 VDC SMPS (e cde 1080328) ed.
Ca II Bca Safe Cabe
40
Cae •
•
•
Fe F1 b cc eeed
• • •
•
•
• • •
•
Cece Ac Vae d be beee 10.8 13.2VDC, f 12 VDC SMPS (e cde 1080945) ed. If ae f ae ae, cec cec beee SMPS (e ) ad ea bad. If ae cec, Pceed e e e. Cec a AC ae ed e Rea bad. Ee e M Be FAN b ad LED eeed. Lcae LS1 cc ad eae AC ae beee ae BLUE (Nea) ea bc ad e ed ea ( Red cabe) e ee ea (J2 ea bad). See Fe 41. If ee ae e ed ea (Tea cabe) cec e cea ea (Na Oe Cc) e BLUE (Nea) ea bc. Sd ee be ae deeced a e cea ea, e fe cd ae bee b e cc eeed. Cec Fe F1 ea bad. See Fe 41. If fe F1 b, a ea , e F5 (ae) eace F1. If fe F1 d, cec e ae beee e BLUE (Nea) ea bc ad e ed ea e LS1 cc (J2 ea bad) Deec f ae a e ed ea cabe dcae a e F1 fe d ad e cc eeed.
J2 Pe FAN Cc
Pe
L1
K1
Na ced ea cec ed
Fe 41
K1 Rea eeed fa
• •
•
• •
•
•
Cec ae a e eed c e ae e Refe Fe 42 (E/S ee) ad Fe 43 (N ee). If e ae cec a e eed c Pceed e e e. N ae a e eed c dcae a K1 ea eeed e beee e Rea bad ad K1 e. Cec e ae beee e BLUE (Nea) ea bc ad NO ea cac a K1 ea. Refe Fe 44/45. Ee a e be c f ead ebae . If ae ee a K1, ceed cec e eed ce e ec. Oee, cec a ea cec K1 ea. If cec K1 ea ae OK, a ec K1 ea f a b fa a. Refe Fe 45. If b fa a ae ee, eace e ea.
41
Cae
Cece Ac
Fe 42
Fe 43
Fe 44
Defece ECMS eed ce
Fe 45 •
Cec Vae e ECMS, cec f DC a e be 12 .
•
If ee ae ed e ECMS, cec e cabe cec.
•
If cabe cec fe, cec ae f e DC e .
•
If ee DC Pe , e DC e fa ad eed eacee.
•
If ee ae ed ECMS, ceed e e e.
•
Cec e da f ECMS ee ee a ead.
•
If ECMS da a ae, e e a ad cec f ee.
•
If ECMS ed e ade, cec PWM e ee.
•
If ECMS dce PWM , ECMS e defece.
•
If ECMS de dce PWM , ECMS defece ad eed eacee.
•
If ECMS de ed afe ade ae e e, ECMS defece ad eed eacee.
•
If ECMS de da a ae, ECMS defece ad eed eacee.
•
We e adb de ed , e ECM be d a a e eed. If e ECM be ceae eed (eaed daed ae) d e a a e eeced eed, e ECMS defece ad eed be eaced.
Fe 46. ECMS
Ca II Bca Safe Cabe
42
Cae
Cece Ac Fe 47. Meae ECMS S
Fe 48.ECMS Da •
Defece eed ce ( acabe Sabe f Seed c)
•
• • •
•
Fe 49. Meae PWM O
Sc e be e cabe. Peae efe e ce a a e be f ec cae e eed ce. T dcaed b N1 e a. If e be de , Sc ff e cabe. Dcec e cec e abef . Sc cabe. Cec Vae f abe f. If ae / a ae eaed, ad eed a. We ae deeced, e abe f defece. Reace e defece abef. Pceed e e e.
. ANING: • Cec f ca daae.
M fae
•
W e ae? Cec . • Reace e be. •
P 5: A F (AIFAIL) C A C • Ee a ee ae eea ce f af dbace ce e e. Eea a Cec e, , ce ce, ec. efeece • If ee eea a efeece, Pceed e e e. • Ee a e a e de e cabe ae bced ad a e cabe Bced cabe ecee aded. e • If ee bcae a e, Pceed e e e. • Refe e eecca a ad fd ae Te P Fe 42 ad L bd ae (f e cabe, cec f)
43. NOE: C . •
•
•
Defece af e e Sc Mde Pe (SMPS) (O e SMPS (e cde
• • •
• • •
F a e cabe, f e ae e a e Na Vae ae ecded e fac e e, ad e eed ce e ae be a ecfed e Te Re Te Cd Dcea See. F cabe a a bee ed f e a 1 ea, efe a Na Vae f a cefca e f aaabe, eae e aca af cabe ad ceae ae accd acee a af ec. If ae ae a Na ae, ceed e e e. Cabe be ed ef e. Lcae e 5 cec. O e BACK de f e 5 cec eae e DC ae beee Gee ( 5) ad Bac ( 4). Meae e de, aa f e SMPS. See Fe 14 ad 15. Te ae d be ae f +12VDC 10%. Vae e e de f e 5 cec de eed be eaed. If f ae, cec c e e SMPS Mded cd cec e ea ee e cd ceced. Te d be 10% f e cabe ae
43
C 1080328) aed)
C A •
Defece af e e Sc Mde Pe (O e SMPS (e cde 1080945) aed)
• • •
• • •
•
SMPS Red Bac/be 12VDC
If ae ae b ae eace e SMPS. Cabe be ed ef e. Lcae e ea bc. O e de f e ea bc, eae e DC ae beee ed ad bac . Meae e de, aa f e SMPS. See Fe 51 ad 52. Te ae d be ae f +12VDC 10%. Te ae a be eaed e e de f ea bc ad SMPS. If f ae, cec c e e SMPS cec ea ee e cd ceced. Te f SMPS d be 10% f e cabe c ae If ae eaed, b ae, e eace e SMPS. SMPS B BeGee Ye 115V AC 230V AC
Tea bc Neaf B Be G/Y Bac Red
SMPS
Pe
Fe 51
Fe 52
Cabe ee e a f be e
•
Refe e Te Re f de ad e e a f ae e eed ae. T fa a caed e abe a e b f e BLUE f ae.
Fe aded eed ce e
•
P e ee e M Vae Sa P. Meae e aca af ec aeee f d. If aca af d b LCD AIRFAIL, Pceed e e e. If aca af d, eae ad eed ce accd aa ed ff ad e LCD a af ead. Afe , f LCD AIRFAIL, Pceed e e e. Te e ae ab 23 e befe ca ee a e af e. N: . If e be aead ea a a ae ad e af aa eed de fe aded, e cae e fe. If fe aded, Pceed e e e.
•
•
•
•
Fa/ accae caba
•
Recabae e cce. F e caba cede e e e. : .
CHECKING CALIBAION DAA • Afe caba de, a da b e MENU b ce. • Pe SET/Dac b, da e de ad fae e a ce be ed e cabe. Eae: DIAGNOIC MODE: NOMAL CP104D EION 1.5 •
Pe DOWN b fd e f: EMPEAE: S aca abe eeae ADC IFF: ADC ae f Fa P If cacaed ffe baed If Na P. ADC IFN: ADC ae f Na P If e d e caba. ADC IFA: ADC ae f Aca If ea e e ead. ADC IF0:ADC ae f fac cabaed Ze P If ( f)e d e
Ca II Bca Safe Cabe
44
C
C A caba. ADC IF1: ADC ae f fac cabaed Fa P If. ADC IF2: ADC ae f fac cabaed Na P If. ADC DFA: ADC ae f Aca Df ea e e ead. ADC DF0: ADC ae f fac cabaed Ze P Df ( df).
ADC DFN: ADC ae f Na P df baed fed caba. CONAN: ae f If e ca eed d e caba. CALIB EMP: Teeae e e fac caba a efed. ADC EMP: ADC ae f eeae.
: D EIG>EAEE I> ( I), . . F C, / IF IF,, . F . 1. I de ee a AIRFAIL abe ec daed LCD be, eae ee e f de afe e caba: a. CONSTANT ae cec. Cec ca e af e bd de Reaceabe Ce Recd L c ce e e e. b. TEMPERATURE eeae. If , efe e be cae,a B. c. ADC IF0 < ADC IF1 < ADC IF2. If eae ed caba ccec ec eece: SET CONSTANT → SET ZERO → CALIB. If CALIBRATION ERROR eceed, eae efe e be cae, a A. d. ADC DF0 < ADC DFN. If eae ed caba cec eece: SET CONSTANT → SET ZERO → CALIB. If CALIBRATION ERROR eceed, eae efe e be cae, a A. 2. J afe caba, ADC IFA ae d be ce ADC IFN ae. If , eae ad e eed ce ae b ae ce b a ea 20 . Se Fae / Se Mae
A. A F / •
Af e e f e cabe (E/S ee de) de e be e fe (D/G ee de). Af e f D/G ee de ca be acceed f e bac f e . See Fe 51 be. I a ae ee be 2 d e fac .
I : 1. Ee a e e aea bced a a ad a e ae eedca e fe face. 2. Ea e aaced e b / . 3. If e b ed, ee a beee e b ad fe face. If d ed, e aa dec accdace e af dec. 4. Se b / aed e cabe. •
T ff e cabe.
•
Oe e f ae ad cae eecca ae bed .
•
Refe e Ce La a e be f ec cae e a bad e eecca b.
•
U ee, cec e ea e ae (DC) a cae AIN1(+) ad J1() a bad (See Fe 52 be).
•
Te af e ae d ceae f af ceaed ad deceae f af deceaed.
•
If bea ae dffee, cec af e cec f e (ee Fe 55) ad a cec D 9, 10, 11, 12 eecca ae f a bad/e cec.
•
If cec ae d b e e, eace .
45
C
C A •
If af e e, Pceed e e e.
B. F •
Teeae e caed f e , ce ea af e. See Fe 54.
•
U ee, cec e eeae e ae (DC) a cae AIN4( ) ad J4(+) a bad See Fe 53.
•
0.01VDC d eee e deee Ce. F eae, f 0.25 VDC, dcae eeae f 25 C. Teace f 1C acceabe.
•
Reace eeae e f e ead .
•
If eeae e e, Pceed e e e.
Teeae Se
Fe 54 Fe 53
Fe 55
P 6: E B N C Reace
Le ee ee
C A
N: C • Lcae e eed ce. • Meae e ae ad ecd be • Iceae e eed b 5 10 VAC. De e e cae aa? • If e e e, eae e aca af ec. Ree a Cefe o If e ec e acceabe ae, aa . o If ec f acceabe ae, f e e, e e.
N: D •
Oe e be acce ae ad cec f e be b ae • De e ae fee e? • If ca daaed, eace .
Ca II Bca Safe Cabe
46
P 7: L OFF C C A • I e L LED e f ae ON? Sa SASH • If e de , e e L b ad ae e e a e ALARM ae Na ea (Read P Na Oea e). . N: • I e cabe Wa U ed? N: . • Me e a Read (a ea e). • Sc e b e LIGHT b e ebae. • If e LED ON e ead ad a bad ae fc cec. • If fece de e d e e Pceed e e e • If e LIGHT LED de , I abe. • Reace e fa fece be. Bed • Fece be ae caed de e be ae. fece be • Te e a de ca be ed ff f e be. • Cec c ae e Rea bad. Defece • Lcae LS7 cc ad eae AC ae beee BLUE (NEUTRAL) ea bc Fece baa ad e ed ea ( Red cabe) e ee ea (J13 ea Rea Bad bad). e • If ee ae e ed ea (Tea cabe), cec e cea ea (Na Oe Cc) e BLUE (NEUTRAL) ea bc. • N ae a e cea ea dcae a b fe e cc eeed. • Cec Fe F7 ea bad. See Fe 71 be. • If fe F7 b, a ea , e F5 (ae) eace F7. • If fe F7 d, cec e ae beee e BLUE (NEUTRAL) ea bc ad e ed ea e LS7 cc (J13 ea bad). • Vae a e ed ea cabe dcae e F7 fe d ad e cc eeed. • Mae e e LIGHT LED . • If e baa a e ad e bb ae e e be ee cec •
L7
e baa. Cec Cec C cec. If ee ae ae e ea, eace e baa.
F7
Fe 71
Read aec c Ie
•
W e LIGHT LED ON ad e a a e Na ea (Read) • De e Da dcae AH: OK AH: NO! •
AH: NO! dcae e a a e e ad e LIGHT LED d be . T dcae a a bad be a aec c deec be.
47
C •
•
• •
•
C A T acce e aec ce f e a , ee e a d fe ce a face e cabe. Tee ae 3 aec ce de e fe. See Fe 72 be. Te e e dde f Read . Tee a ae aaced e a acae e ae. Sf e c ae e dace beee e beee 10 13 (3/8 1/2) a eaed Fe 72 be. If e dace fa, e c a be abe deec e ae. If e LCD da AH: NO!, e c a be defece ee a cec be. T cec e cec ceed e e e.
Fe 72
Cec Pbe
•
Lcae Cec C ad D ad cec ae ad feae de f a bad cec. • If e fece a de e LIGHT LED ON e a f Pbe 7 ad eea e be ce.
P 8: L OFF C A C Sa UV • Le e a UV de . ae • If AH FLL CLOED daed e LCD, eae efe e Maec Sc be ec. •
•
Fa UV be Fa UV baa
Sc e UV a b e e UV b. If AH FLL CLOED daed LCD b UV ON afe e UV b, efe e Maec Sc be ec.
•
Reace e fa UV be.
•
Cec c ae e Rea bad. Lcae LS8 (J15 Tea) cc ad eae AC ae beee ae BLUE (Nea) ea bc ad e ed ea ( Red cabe) e ee ea (J15 ea bad). If ee c ae e ed ea (Tea cabe), efe e e e NO L8. If ae e ed ea (Tea cabe) e, cec e cea ea (Na Oe Cc) e BLUE (Nea) ea bc. Abece f ae a e cea ea dcae a b fe e cc eeed. Cec Fe F8 ea bad. See Fe 81 be.
•
•
•
•
• • •
If fe F8 b, a ea , e F5 (ae) eace F8. If fe F8 d, cec e ae beee e BLUE(NEUTRAL) ea bc ad
Ca II Bca Safe Cabe
48
C •
• •
•
N Pe UV Rea cc LS8 ad K2 ea
• • • •
•
• •
•
•
• • • •
C A e ed ea e LS8 cc ( J15 ea f ea bad). Vae a e ed ea cabe dcae e F8 fe d ad e cc eeed. Mae e e UV LED . If e baa a e ad e UV a e, e be ee cabe cec e UV baa. Cec Cec B cabe cabe cec. If ee ae e ea, eace e UV baa. Abece f ae a LS8 dcae K2 Rea e. Cec aec UV ec c Lef de (a face e cabe) f a. Cec e AC ae ad f e K2 ea. Abece f ae dcae a e beee e RED (Le) e ad e K2 ea. If ae e K2 ea ee, b ae f e K2 ea, dcae e ea eeed defece. Cec e DC ae e c f e K2 ea. Vae d be 12VDC 10%. N ae dcae e aec c e Lef de ced. Cec e e c Cec D6 ad D3. T ae a ced c, e e e beee cec D6 ad D3 a Cec D. If e ea de eee, cec e f e K2 c Cec D ad e ea f K2 e DC Pe . If cec ae OK, a ec K2 ea f a b fa a. If b fa a ae ee, eace e ea. If b fa a ae fd, ff e cabe. Dcec ea cabe ad cec f e c a K2 ea ea. See fe 82. NC COM a c e, NO COM de ae c. Reace e ea f a f e ea ae fd c cfa.
Fe 82 Fe 81
UV aec c defece aed
• • •
• •
•
•
•
Me a F Ced . Te LCD d AH: FLL CLOED. If e LCD da AH: NO! e a f ced. Cec e aec ce. Tee ae 3 aec ce bed e a fe ce. See Fe 72 abe. Te b e f UV Mde . Tee a ae aaced e a acae e aec c. Sf e c ae e dace beee e beee 10 13 (3/8 1/2) a eaed Fe 72 abe. If e dace fa, e c a be abe deec e ae. If e LCD AH: NO cec e cec a Cec D D4 ad D5 T ae a ced U/V Sc, cec e e beee Cec D D5 ad D4. If de e UV, e e f e ad eea e cede.
49
P 9: E OFF C C A • I e OUTLET LED Iaed? If e e Oe b a e ead Cec ebae f ae. Pbe • Cec ae c e Rea bad. • Lcae LS4 (J6 Tea) cc ad eae AC ae beee Lae BLUE (Nea) ea bc ad e ed ea ( Red cabeCOM) e ee ea (J6). • If ee ae e ed ea ( Red cabeCOM), cec e cea ea (Na Oe cc) e BLUE (Nea) ea bc. • N ae a e cea ea (Na Oe cc) dcae a b fe e cc eeed. • Cec Fe F4 ea bad. See Fe 91 be. • If fe F4 b, eace F5 fe. • If fe F4 OK, cec e ae beee e BLUE (NEUTRAL) ea bc ad e ed ea (COM) e LS4 cc (J6 ea bad). • Vae a e ed ea (Na Ced cc) cabe dcae e F4 fe d ad e cc eeed. Mae e e OUTLET LED . • If ee e e ea ad eeed Cec ae ac Cec B 1 2 ad 4 5. • If ee e Cec B , ee ce e f a. • Cec c e e e cabe e e • N e dcae a e. Recec ae f Cec B . • Cec f e fa cec beee e e cd, IEC e ad Cec B.
Fe 91
Fa eecca ce
•
Sce() (ae) caed de e e. • Cec eecca ce cec. • If cec cec b ce a , eace eecca ce.
P 10: C /L C A C C : N: Bced a e/ . Cabe eaded BC. a Ie cec e BSC: e • Mae e a e f ad bac a e ae bced. • Ree a ee ad e e f e cabe ad face decaae e cabe cd e aea de e face. • Sface decaae ee a eed e BSC. •
If e caa be e, ecef e cabe.
Ca II Bca Safe Cabe
50
P 11: DC M C C C A • T e e b 12 VDC e ECMS. • Reace e ECMS a e e (Fe 11.1 )
N , e e dca LED Off
Fe 11.1 ECMS • Mae e a e cec DC e ae ceced e ad ed . • Reace e ECMS a e e.
N , b e e dca LED O
Fe 11.2 ECMS e e dca • Reace e ECMS a e e.
Te ae ca be aded b e eee
Fe 11.3 ECMS eee ad HMI b Te af eed de ca acaed
•
Mae e b f e da a bee ed. Y ca cec e c f da b Mee. • Reace e ECMS a e e.
51
7.2. E C Sa: E P
C A • Maec ce ae caed de fe ce. See da B1 be.
7.5VDC Sc_1
Sed Sc_2
Sed Sc_3
B1
B2
1 Ce Oe Oe
2 Oe Ce Oe
Oe
Oe
Tabe 2 D 4 Oe Sa f eed, ALARM e. ALARM ca be ed. Oe Cabe a a a e, ead e. Ce Sa f ced; UV ca be eaed. SASH a afe ae, ALARM e. ALARM ca be Oe Oe ed. Re Cd SASH:ERROR POSITION deeced
3 Oe Oe Ce
Ca II Bca Safe Cabe
52
SENSOR UNCALIBRATED P
•
Cabae e ce. Refe e e cabae.
F A
N O M A A O
N O M A A O
M M
Sa P Deec
Ye
Ye
Ye
Fa C L C Sce C UV C MENU Acce READY Pe Se b Te Ce Te Da A Vec Da A Vec Da Sa A Fa cec Sa P Deec Ce Te Da Sa Aa Fa C SASH ALARM
FULLY OPEN
L C Sce C UV C A Vec Da A Vec Da Sa A Fa cec Sa P Deec Ce Te Da Aa Fa C L C Sce C
FULLY CLOSED
UV CONTROL Sa P Deec SWITCH OFF Fa eeed Fa C L C Sce C UV C
Ye, e, WARM UPPIN & Ye, e, WARM UPPIN & PURGING FAN PURGING FAN eed eed Ye Ye Ye Ye Ieced Ieced Ye, USER ADMIN PIN Ye, USER ADMIN PIN eed eed Cee Dac Cee Dac Meae Meae Ye Ye Ye Ye Ye Ye If cabaed, da Se Ucabaed Ye Ye Ye, Aa ad da ae N f a fa Ye Ye Ye Ye Ye, abe Ye, abe Ye, WARM UP & Ye, WARM UP & PURGING e, PIN PURGING e, PIN eed eed N N Ye Ye Ieced Ieced Ye Ye Ye Ye Ye, da ae f a fa N Ye Ye Ye Ye Ye, abe f 5 e Ye, abe f 5 e Ye, WARM UP & Ye, WARM UP & PURGING e, FAN PIN PURGING e, FAN PIN eed eed Ye Ye Ye Ye Ieced Ye Ye Ieced Ieced Ye Ye
Ieced Ye Ye Ieced Ieced Ye Ye
Ye, e, WARM PURGING UP PIN& eed Ye Ye Ieced Ye, PIN eed Cee Dac Meae N Ye Ye N N Ye Ye N Acabe Ye, WARM UP & PURGING e, PIN eed Ye Ye Ieced Ye N N Ye Ye N Acabe N Acabe Ye Ye Ieced Ye N Ye Ye Ye Ieced
8.1. 2 2
53
Ca II Bca Safe Cabe
54
8.2. 2 2
55
8.3. CLA II ECHNICAL PECIFICAION G : 230 , 50/60 H G : 115 , 50/60 H : 230 , 5 0/60 H : 115 , 5 0/60 H N E D D * D ( D H) H G I D D ( D H) H A O
AC22E8 AC22E9 AC228 AC229
AC23E8 AC23E8M AC23E9 AC23E9M AC238 AC238M AC239 AC239M
AC26E8 AC26E8M AC26E9 AC26E9M AC268 AC268M AC269 AC269M
2f / 0.6
3f / 0.9
4f / 1.2
5 f / 1.5
6 f / 1.8
1035 (40 )
1340 (52 )
1645 (64 )
1950 (76 )
753 (29 ) 810 (32) 1400 (54 ) 610 (24)
1400 (54 ) 915 (36)
1220 (48)
1525 (60)
1830 (72)
0.71 2 (7.6 f2)
0.85 2 (9.1 f2)
432 c (735 cf) 922 c (1567 cf) 432 c (735 cf)
519 c (881 cf) 1107 c (1880cf) 519 c (881 cf)
580 (22 ) 660 (26) 0.27 2 (2.9 f2)
0.42 2 (4.6 f2)
0.56 2 (6.0 f2) 175 (7) 190 (7 ) 0.45 / (90 f) 0.30 / (60 f)
I
190 c (323 cf)
259 c (441 cf)
D
405 c (688 cf)
553 c (940 cf)
E E O E C P F O E C
190 c c (323 cf)
259 c (441 cf)
346 c (588 cf) 738 c (1254 cf) 346 c (588 cf)
260 c (153 cf)
320 c (189 cf)
538 c (317 cf)
615 c (362 cf)
823 c (485 cf)
28 Pa / 0.11 H 2O
29 Pa / 0.11 H2O
31 Pa / 0.12 H2O
35 Pa / 0.14 H2O
47 Pa / 0.18 H2O
LPA F E NF / ANI 49 EN 12469 E ** F L I () F L I () C C
AC25E8 AC25E8M AC25E9 AC25E9M AC258 AC258M AC259 AC259M
730 (28 )
O A I A D
A
AC24E8 AC24E8M AC24E9 AC24E9M AC248 AC248M AC249 AC249M
M B
59.3 dBA
≥99.999% a 0.1 0.3 c a e IESTRPCC001.3 USA ≥99.999% a MPPS a e EN 1822 (H14) EU 59.6 dBA 61.7 dBA 61.2 dBA
62.4 dBA
54 dBA
55 dBA
56.5 dBA
56.6 dBA
58.7 dBA
859
1279
1404
1227
1384
79.8
119
130
130
129
1.2 (0.05") 18 ae eecaaed ee e ebaed eee Icde acba de caed f 1.5 (0.06") 16 ae Sae ee Te 304 N. 4 f
UV abb eeed a, 5 (0.2"), ce ad aae 220 532 550 649 C F L A E (FLA) 324 447 580 717 H L (B/H) 95 131 160 210 N P C 116 K (256 b) 173 K (381 b) 230 K (507 b) 288 K (635 b) N **** 143 K (315 b) 214 K (472 b) 285 K (628 b) 356 K (785 b) **** D, 850 820 1760 1120 820 1760 1450 820 1760 1720 820 1760 M **** 1.23 3 1.62 3 2.09 3 2.48 3 , M**** * De cde e eeabe a e ad f ce. We e ae eed, de 790 (31.1). ** Ne ead e fed / aecc cabe. **** Cabe , ecde a ad.
110 966 283 346 K (763 b) 428 K (944 b) 2050 820 1760 2.96 3
Ca II Bca Safe Cabe
56
8.4. 2 2
57
Ca II Bca Safe Cabe
58
8.5. 2 2
59
8.6. AIEAM CLA II PE A2 ECHNICAL PECIFICAION G : 230 , 50/60 H
AC24D
AC24G
: 230 , 50/60 H
AC26D
AC26G
N
4 f/ 1.2
6 f/ 1.8
1340 (52 )
1950 (76 )
E D* ( D H)
D D H D H
G I D ( D H) A O O A. A I D
A
I D E E O E C P F O E C
LPA F E
NF / ANI 49 EN 12469 E** F L I () F L I () C C
M B (E ) ( )
753 (29 ) 810 (32) 1400 (54 ) 1220 (48)
1830 (72) 580 (22 ) 660 (26)
0.56 2 (6.1 .f)
0.85 2 (9 .f) 203 (8) 215 (8 ) 0.45 / (90 f) 0.30 / (60 f)
473 c (803 cf) 726 c (1295 cf) 473 c (803 cf)
709 c (1204 cf) 1144 c (1943 cf) 709 c (1204 cf)
538 3 / (317 cf)
823 3 / (485 cf)
31 Pa / 0.12 H 2O
47 Pa / 0.18 H2O
>99.999% a 0.1 0.3 c a e IESTRPCC001 USA >99.999% a MPPS a e EN 1822 (H14) EU 62.3 dBA 65.5 dBA 61.3 dBA
62.5 dBA 1400 L 130
1.2 (0.05") 18 ae eecaaed ee e ebaed eee Icde acba de caed f 1.5 (0.06") 16 ae Sae ee Te 304 N. 4B f UV abb eeed a, 5 (0.2) ce ad aae 0.9 (0.035") 20 ae Sae ee, e 304 ad 1.2 (0.05) 18 ae eec aaed ee
C F L 9.62A 11A A (FLA H (B/H) 905 1230 265W 360W N P C 230 K (507 b) 346 K (763 b) N **** 285 K (628 b) 428 K (944 b) **** D, 1450 820 1760 2050 820 1760 M ( D H) **** 3 M**** ** 2.09 2.96 3 , M** * De cde e eeabe a e ad f ce. We e ae eed, de 790 (31.1). ** Ne ead e fed / aecc cabe. **** Cabe , ecde a ad. E
Ca II Bca Safe Cabe
60
8.7. 2 227 27
2 2 7
61
Ca II Bca Safe Cabe
62
8.8. AC22N7 E D ( D H) () E D ( D H) () G I D ( D H) () G I D ( D H) () A M O I A. A D I D E E O E C P F O E C D
A
LPA F E E NF / ANI 49 E * EN 12469 F L I
730 800 1 400 28.7 31.5 55.1 670 560 670 26.4 22.0 26.4 0.29 2 (3.1 f2) 440 0.45 / (90 f) a a e 0.30 / (60 f) a a e f f bee a 20% 185 3/ (111 cf) 385 3/ (230 cf) 185 3/ (111 cf) 260 3/ (153 cf)
28 Pa / 0.11 H 2O ≥99.999% a 0.1 0.3 c a e IESTRPCC001 USA ≥99.999% a MPPS a e EN 1822 (H14) EU 84 f cade) 1.2 (0.05") 18 ae eecaaed ee e ebaed eee
Icde acba de caed f M B 1.5 (0.06") 16 ae Sae ee Te 304 N. 4 f UV abb eeed a, 5 (0.2"), ce ad aae Sd e e cdced a e fed cd/aecc cabe Cabe (ecd ef & ad)
C C
* **
View more...
Comments
