Simplex 4100U Fleksibel AmpLifiers Instruction Manual

Simplex-4100U-Flex-Amplifiers-FEA

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Simplex 4100U Fleksibel Amppangurip

Simplex-4100U-Fleks-Ampliifiers-PRO

Pambuka

Publikasi iki nerangake prosedur instalasi kanggo 4100U lan 4100ES Flex Ampwong urip. Produk iki kompatibel karo Panel Kontrol Alarm Kebakaran (FACP) 4100U lan 4100ES.
PENTING: Verifikasi kompatibilitas FACP System Programmer, Executive, lan Slave Software nalika nginstal, utawa ngganti komponen sistem. Deleng Informasi Dhukungan Teknis lan Unduh websitus kanggo informasi kompatibilitas.

Ing Publikasi iki
Publikasi iki mbahas topik ing ngisor iki:

Topik Waca Kaca
Ati-ati, Pènget, lan Informasi Peraturan 2
Pambuka kanggo Flex Amppangurip 3
AmpSpesifikasi urip 5
Nyetel Baud Rate lan Alamat 6
Nginstal ing Ampliifier menyang PDI 8
AmpPengikat Field Wiring 11
Indikasi LED 15
Ngatasi masalah 16

Ati-ati, Pènget, lan Informasi Peraturan

Cautions lan Bebaya
MACA LAN SIMPAN PETUNJUK IKI- Tindakake pandhuan ing manual instalasi iki. Pandhuan iki kudu ditindakake supaya ora ngrusak produk iki lan peralatan sing gegandhengan. Operasi lan linuwih produk gumantung marang instalasi sing tepat.

  • AJA NGINSTAL PRODUK SIMPLEX® sing katon rusak- Sawise mbongkar produk Simplex, priksa isi karton kanggo karusakan pengiriman. Yen karusakan katon, langsung file pratelan karo operator lan ngabari supplier produk Simplex sah.
  • BAHAYA LISTRIK - Pedhot daya medan listrik nalika nggawe pangaturan internal utawa ndandani. Kabeh ndandani kudu ditindakake dening wakil utawa agen resmi saka supplier produk Simplex lokal.
  • BAHAYA KESELAMATAN MATA - Ing kahanan aplikasi serat optik tartamtu, output optik piranti iki bisa ngluwihi watesan safety mripat. Aja nggunakake pembesaran (kayata mikroskop utawa peralatan fokus liyane) nalika viewing output piranti iki.
  • STATIC HAZARD - Listrik statis bisa ngrusak komponen. Nangani kaya ing ngisor iki:
    • Lemah dhewe sadurunge mbukak utawa nginstal komponen.
    • Sadurunge instalasi, tetep komponen kebungkus bahan anti-statis ing kabeh wektu.
  • ATURAN lan ATURAN FCC – PART 15 – Peralatan iki wis diuji lan ditemokake tundhuk karo watesan kanggo piranti digital Kelas A miturut Bagean 15 Aturan FCC. Watesan kasebut dirancang kanggo menehi pangayoman sing cukup marang gangguan sing mbebayani nalika peralatan dioperasikake ing lingkungan komersial. Peralatan iki ngasilake, nggunakake, lan bisa mancarake energi frekuensi radio lan, yen ora dipasang lan digunakake miturut instruksi manual, bisa nyebabake gangguan sing mbebayani kanggo komunikasi radio. Operasi peralatan iki ing wilayah omah bisa nyebabake gangguan sing mbebayani, saengga pangguna kudu mbenerake gangguan kasebut kanthi biaya dhewe.
  • TES PENAMPILAN SISTEM SAwise owahan SOFTWARE – Kanggo mesthekake operasi sistem sing bener, produk iki kudu dites miturut NFPA 72® sawise operasi program utawa owah-owahan ing piranti lunak khusus situs. Pengujian reacceptance dibutuhake sawise owah-owahan, tambahan utawa pambusakan komponen sistem, utawa sawise modifikasi, ndandani utawa nyetel hardware utawa kabel sistem. Kabeh komponen, sirkuit, operasi sistem, utawa fungsi piranti lunak, sing dikenal kena pengaruh owah-owahan, kudu diuji 100%. Kajaba iku, kanggo mesthekake yen operasi liyane ora kena pengaruh kanthi ora sengaja, paling ora 10% saka piranti wiwitan sing ora kena pengaruh langsung dening owah-owahan, nganti maksimal 50 piranti, uga kudu diuji lan operasi sistem sing tepat diverifikasi.

Pambuka kanggo Flex Amppangurip

Swaraview
The Flex ampliifiers nyedhiyakake sinyal audio menyang sirkuit speaker sistem. The Flex Amplifier ditawakake ing rong versi, Flex-35 lan Flex-50. Fungsional, loro-lorone amplifiers tumindak identik nanging Flex-50 saged nyediakke tambahan 15W daya liwat versi 35W. Output maksimum sing kasedhiya saka Flex-50 lan Flex-35 yaiku 50W lan 35W, masing-masing. Beban bisa dikonfigurasi kanthi cara apa wae anggere watesan output daya maksimal ora ngluwihi. loro-lorone amplifiers nyedhiyakake kemampuan saluran dual kanthi fungsi serep internal. (Kabeh Flex Amppenggerak sing diterangake ing publikasi iki kadhaptar ing rong bagean sabanjure.)

Fleksibel Amplifiers Ora Kompatibel karo Opsi CSNAC
Cathetan: ID Produk utawa PID ing ngisor iki (misample: 4100-1212 / 1261) ora kompatibel karo pilihan Circuit Appliance Notification Supervision (CSNAC).

  • 4100-1212/1261 Analog Flex-50/Flex-35 Amp (25 VRMS)
  • 4100-1213/1262 Analog Flex-50/Flex-35 Amp (70 VRMS)
  • 4100-1226/1263 Digital Flex-50/Flex-35 Amp (25 VRMS)
  • 4100-1227/1264 Digital Flex-50/Flex-35 Amp (70 VRMS)

Kanggo katrangan LED, deleng bagean "Indikasi LED" ing pungkasan dokumen iki.

Fleksibel Ampliifiers Kompatibel karo Opsi CSNAC
Cathetan: PID ing ngisor iki (misample: 4100-1312/1361) kompatibel karo kabeh opsi (kalebu pilihan CSNAC) lan 4100U Master Firmware Revisi 11.08 utawa mengko.

  • 4100-1312/1361 Analog Flex-50/Flex-35 Amp (25 VRMS)
  • 4100-1313/1362 Analog Flex-50/Flex-35 Amp (70 VRMS)
  • 4100-1326/1363 Digital Flex-50/Flex-35 Amp (25 VRMS)
  • 4100-1327/1364 Digital Flex-50/Flex-35 Amp (70 VRMS)

Simplex-4100U-Fleks-Amppengawet - (2)

Kanggo katrangan LED, deleng bagean "Indikasi LED" ing pungkasan dokumen iki.

AmpSpesifikasi urip

Spesifikasi
Spesifikasi ing ngisor iki ditrapake kanggo analog lan digital amppangurip

  • Pasokan voltage: 19.7-31.1 VDC
  • Output voltage: 25 VRMS utawa 70.7 VRMS
  • Daya output maksimum:
    • Fleksibel-35 = 35 W
    • Fleksibel-50 = 50 W

Fleksibel-50

  • Status weker: 5.55 A (sinyal) 74 mA (kertu)
  • Status pengawasan: 351 mA (sinyal) 74 mA (kertu)
  • Status daya rendah (NAC ing pengawasan, ora ana daya kanggo daya stage): 0 A (sinyal) 85 mA (kertu)

Fleksibel-35

  • Status weker: 4.00 A (sinyal) 74 mA (kertu)
  • Status pengawasan: 351 mA (sinyal) 74 mA (kertu)
  • Status daya rendah (NAC ing pengawasan, ora ana daya kanggo daya stage): 0 A (sinyal) 85 mA (kertu)

Peralatan kasebut beroperasi kanthi normal kanthi suhu sekitar ing njaba kabinet saka 32 ° nganti 120 ° F (0 ° nganti 49 ° C), kalebu.
Peralatan kasebut beroperasi kanthi normal ing kahanan kelembapan sing ora kondensasi nganti kelembapan relatif 93% ing 90 ° F (32 ° C).

Nyetel Baud Rate lan Alamat

Swaraview
Bagean iki nerangake carane ngatur amptingkat baud lifier lan alamat nggunakake DIP ngalih SW1. Konfigurasi padha kanggo analog lan digital amppangurip.

Nggunakake DIP Ngalih SW1
Tingkat baud piranti lan alamat disetel liwat DIP ngalih SW1, kang bank wolung ngalih. Saka kiwa menyang tengen (ndeleng Figure 3, ing ngisor iki) ngalih iki ditetepake minangka SW1-1 liwat SW1-8. Fungsi switch kasebut minangka nderek:

  • SW1-1. Ngalih iki nyetel baud rate kanggo baris komunikasi internal mlaku antarane kertu lan CPU. Setel switch iki menyang ON.
  • SW1-2 liwat SW1-8. Ngalih iki nyetel alamat kertu ing FACP. Waca Tabel 1 kanggo dhaptar lengkap setelan ngalih kanggo kabeh alamat kertu bisa.

Cathetan:

  • Sampeyan kudu nyetel ngalih iki kanggo Nilai diutus kertu dening Programmer.
  • Setelan SW1 ditrapake kanggo abdi controller audio, kalebu kertu input audio.

Simplex-4100U-Fleks-Amppengawet - (3)

Tabel 1. Alamat kertu

alamat SW 1-2 SW 1-3 SW 1-4 SW 1-5 SW 1-6 SW 1-7 SW 1-8   alamat SW 1-2 SW 1-3 SW 1-4 SW 1-5 SW 1-6 SW 1-7 SW 1-8
1 ON ON ON ON ON ON OFF 61 ON OFF OFF OFF OFF ON OFF
2 ON ON ON ON ON OFF ON 62 ON OFF OFF OFF OFF OFF ON
3 ON ON ON ON ON OFF OFF 63 ON OFF OFF OFF OFF OFF OFF
4 ON ON ON ON OFF ON ON 64 OFF ON ON ON ON ON ON
5 ON ON ON ON OFF ON OFF 65 OFF ON ON ON ON ON OFF
6 ON ON ON ON OFF OFF ON 66 OFF ON ON ON ON OFF ON
7 ON ON ON ON OFF OFF OFF 67 OFF ON ON ON ON OFF OFF
8 ON ON ON OFF ON ON ON 68 OFF ON ON ON OFF ON ON
9 ON ON ON OFF ON ON OFF 69 OFF ON ON ON OFF ON OFF
10 ON ON ON OFF ON OFF ON 70 OFF ON ON ON OFF OFF ON
11 ON ON ON OFF ON OFF OFF 71 OFF ON ON ON OFF OFF OFF
12 ON ON ON OFF OFF ON ON 72 OFF ON ON OFF ON ON ON
13 ON ON ON OFF OFF ON OFF 73 OFF ON ON OFF ON ON OFF
14 ON ON ON OFF OFF OFF ON 74 OFF ON ON OFF ON OFF ON
15 ON ON ON OFF OFF OFF OFF 75 OFF ON ON OFF ON OFF OFF
16 ON ON OFF ON ON ON ON 76 OFF ON ON OFF OFF ON ON
17 ON ON OFF ON ON ON OFF 77 OFF ON ON OFF OFF ON OFF
18 ON ON OFF ON ON OFF ON 78 OFF ON ON OFF OFF OFF ON
19 ON ON OFF ON ON OFF OFF 79 OFF ON ON OFF OFF OFF OFF
20 ON ON OFF ON OFF ON ON 80 OFF ON OFF ON ON ON ON
21 ON ON OFF ON OFF ON OFF 81 OFF ON OFF ON ON ON OFF
22 ON ON OFF ON OFF OFF ON 82 OFF ON OFF ON ON OFF ON
23 ON ON OFF ON OFF OFF OFF 83 OFF ON OFF ON ON OFF OFF
24 ON ON OFF OFF ON ON ON 84 OFF ON OFF ON OFF ON ON
25 ON ON OFF OFF ON ON OFF 85 OFF ON OFF ON OFF ON OFF
26 ON ON OFF OFF ON OFF ON 86 OFF ON OFF ON OFF OFF ON
27 ON ON OFF OFF ON OFF OFF 87 OFF ON OFF ON OFF OFF OFF
28 ON ON OFF OFF OFF ON ON 88 OFF ON OFF OFF ON ON ON
29 ON ON OFF OFF OFF ON OFF 89 OFF ON OFF OFF ON ON OFF
30 ON ON OFF OFF OFF OFF ON 90 OFF ON OFF OFF ON OFF ON
31 ON ON OFF OFF OFF OFF OFF 91 OFF ON OFF OFF ON OFF OFF
32 ON OFF ON ON ON ON ON 92 OFF ON OFF OFF OFF ON ON
33 ON OFF ON ON ON ON OFF 93 OFF ON OFF OFF OFF ON OFF
34 ON OFF ON ON ON OFF ON 94 OFF ON OFF OFF OFF OFF ON
35 ON OFF ON ON ON OFF OFF 95 OFF ON OFF OFF OFF OFF OFF
36 ON OFF ON ON OFF ON ON 96 OFF OFF ON ON ON ON ON
37 ON OFF ON ON OFF ON OFF 97 OFF OFF ON ON ON ON OFF
38 ON OFF ON ON OFF OFF ON 98 OFF OFF ON ON ON OFF ON
39 ON OFF ON ON OFF OFF OFF 99 OFF OFF ON ON ON OFF OFF
40 ON OFF ON OFF ON ON ON 100 OFF OFF ON ON OFF ON ON
41 ON OFF ON OFF ON ON OFF 101 OFF OFF ON ON OFF ON OFF
42 ON OFF ON OFF ON OFF ON 102 OFF OFF ON ON OFF OFF ON
43 ON OFF ON OFF ON OFF OFF 103 OFF OFF ON ON OFF OFF OFF
44 ON OFF ON OFF OFF ON ON 104 OFF OFF ON OFF ON ON ON
45 ON OFF ON OFF OFF ON OFF 105 OFF OFF ON OFF ON ON OFF
46 ON OFF ON OFF OFF OFF ON 106 OFF OFF ON OFF ON OFF ON
47 ON OFF ON OFF OFF OFF OFF 107 OFF OFF ON OFF ON OFF OFF
48 ON OFF OFF ON ON ON ON 108 OFF OFF ON OFF OFF ON ON
49 ON OFF OFF ON ON ON OFF 109 OFF OFF ON OFF OFF ON OFF
50 ON OFF OFF ON ON OFF ON 110 OFF OFF ON OFF OFF OFF ON
51 ON OFF OFF ON ON OFF OFF 111 OFF OFF ON OFF OFF OFF OFF
52 ON OFF OFF ON OFF ON ON 112 OFF OFF OFF ON ON ON ON
53 ON OFF OFF ON OFF ON OFF 113 OFF OFF OFF ON ON ON OFF
54 ON OFF OFF ON OFF OFF ON 114 OFF OFF OFF ON ON OFF ON
55 ON OFF OFF ON OFF OFF OFF 115 OFF OFF OFF ON ON OFF OFF
56 ON OFF OFF OFF ON ON ON 116 OFF OFF OFF ON OFF ON ON
57 ON OFF OFF OFF ON ON OFF 117 OFF OFF OFF ON OFF ON OFF
58 ON OFF OFF OFF ON OFF ON 118 OFF OFF OFF ON OFF OFF ON
59 ON OFF OFF OFF ON OFF OFF 119 OFF OFF OFF ON OFF OFF OFF
60 ON OFF OFF OFF OFF ON ON                

Nginstal ing Ampliifier menyang PDI

Swaraview
The Flex ampDéwan lifier dipasang ing PDI ing teluk ekspansi. Nganti rong Flex Amplifters bisa nampa daya saka XPS. Yen loro Flex Amplifiers nampa daya saka siji XPS, banjur XPS mung darmabakti kanggo nyedhiyani daya kanggo Flex Amplifiers lan ora bisa digunakake kanggo nyediakake modul liyane utawa kabel I / O saka terminal XPS I / O. Yen XPS nyedhiyakake daya kanggo siji Flex Amplifier, ndeleng Figure 4 kanggo panggonan seko soyo tambah. Yen XPS nyedhiyakake daya kanggo rong Flex Amplifiers, ndeleng Figure 5 kanggo panggonan seko soyo tambah.Simplex-4100U-Fleks-Amppengawet - (4)Simplex-4100U-Fleks-Amppengawet - (5)

Pemasangan
Kurangake amplifier menyang teluk dening manggonke loro tab ing mburi ampDéwan lifier menyang rong slot ing ngisor teluk. Banjur, nggunakake konektor ing mburi modul Flex kanggo nyambung menyang PDI minangka ditampilake ing Figure 6, ngisor.

Simplex-4100U-Fleks-Amppengawet - (6)

AmpPengikat Field Wiring

Swaraview
Bagian iki ngemot pedoman wiring lapangan lan ilustrasi kanggo ampwong urip. Diagram kasebut ditrapake kanggo Flex-35 lan Flex-50. Wiring modul NAC Expansion, Kelas A, lan Constant Supervision NAC (CSNAC) opsional uga dijamin ing bagean iki, uga jarak kabel sirkuit speaker. Wiwit Flex amplifiers ngidini operasi poto-backing, ora wiring dibutuhake kanggo configuring a ampliifier kanggo operasi serep.

Tabel 2. Kelas A (Style Z) Speaker Circuit Wiring Jarak kanggo Flex Amppangurip

VRMS Daya (Watt) Jarak menyang Speaker Terakhir (Salah Cara) (Kaki/Meter)
Ditrapake nyatane 12 AWG

(3.309 mm2)

 14 AWG (2.081 mm2) 16 AWG (1.309 mm2) 18 AWG (0.8231 mm2)
25 50 25 812 ft. (247 m) 510 ft. (155 m) 340 ft. (104 m) 200 ft. (61 m)
25 40 20 1,015 ft. (309 m) 640 ft. (195 m) 402 ft. (123 m) 252 ft. (77 m)
25 30 15 1,350 ft. (411 m) 850 ft. (259 m) 535 ft. (163 m) 337 ft. (103 m)
25 20 10 2,035 ft. (620 m) 1,250 ft. (381 m) 804 ft. (245 m) 505 ft. (154 m)
25 10 5 4,070 ft. (1,241 m) 2,600 ft. (792 m) 1,600 ft. (488 m) 1,012 ft. (308 m)
70 50 25 6,500 ft. (1,981 m) 4,096 ft. (1,248 m) 2,578 ft. (786 m) 1,620 ft. (494 m)
70 40 20 8,121 ft. (2,475 m) 5,108 ft. (1,557 m) 3,212 ft. (979 m) 2,020 ft. (616 m)
70 30 15 10,860 ft. (3,310 m) 6,800 ft. (2,073 m) 4,270 ft. (1,301 m) 2,689 ft. (820 m)
70 20 10 16,212 ft. (4,941 m) 10,190 ft. (3,106 m) 6,400 ft. (1,951 m) 4,030 ft. (1,228 m)
70 10 5 32,400 ft. (9,876 m) 20,000 ft. (6,096 m) 12,500 ft. (3,810 m) 8,000 ft. (2,438 m)

Tabel 3. Kelas B (Gaya Y) Speaker Circuit Wiring Jarak kanggo Flex Amppangurip

VRMS Daya (Watt) Jarak menyang Speaker Terakhir (Salah Cara) (Kaki/Meter)
Ditrapake nyatane 12 AWG (3.309 mm2) 14 AWG (2.081 mm2) 16 AWG (1.309 mm2) 18 AWG (0.8231 mm2)
25 50 25 1,624 ft. (495 m) 1,021 ft. (311 m) 680 ft. (207 m) 400 ft. (122 m)
25 40 20 2,033 ft. (620 m) 1,279 ft. (390 m) 804 ft. (245 m) 505 ft. (154 m)
25 30 15 2,707 ft. (825 m) 1,704 ft. (519 m) 1,070 ft. (326 m) 673 ft. (205 m)
25 20 10 4,067 ft. (1,240 m) 2,558 ft. (780 m) 1,608 ft. (490 m) 1,011 ft. (308 m)
25 10 5 8,140 ft. (2,481 m) 5,120 ft. (1,561 m) 3,219 ft. (981 m) 2,024 ft. (617 m)
70 50 25 13,000 ft. (3,962 m) 8,197 ft. (2,498 m) 5,154 ft. (1,571 m) 3,241 ft. (988 m)
70 40 20 16,243 ft. (4,951 m) 10,216 ft. (3,114 m) 6,424 ft. (1,958 m) 4,040 ft. (1,231 m)
70 30 15 21,721 ft. (6,621 m) 13,602 ft. (4,146 m) 8,553 ft. (2,607 m) 5,379 ft. (1,640 m)
70 20 10 32,424 ft. (9,883 m) 20,394 ft. (6,216 m) 12,823 ft. (3,908 m) 8,065 ft. (2,458 m)
70 10 5 64,800 ft. (19,751 m) 40,000 ft. (12,192 m) 25,000 ft. (7,620 m) 16,000 ft. (4,877 m)

Wiring Kelas B

Simplex-4100U-Fleks-Amppengawet - (7) Simplex-4100U-Fleks-Amppengawet - (8)

  • Ninggalake resistor 10 K, ½ W (378-030; coklat / ireng / oranye) ing terminal "B +" nganti "B-" saka sirkuit sing ora digunakake.
  • Kabeh kabel antarane 18 AWG (0.8231 mm2) lan 12 AWG (3.309 mm2).
  • Wiring lapangan diawasi lan daya winates.
  • Total daya Flex-50 kasedhiya 50 W (2A @ 25 VRMS, 0.707A @ 70.7 VRMS).
  • Total daya Flex-35 kasedhiya 35 W (1.4A @ 25VRMS, 0.5A @ 70.7 VRMS).
  • NACs lan daya stages bisa diatur kanggo sembarang kombinasi sirkuit anggere total daya output ora ngluwihi HFS maksimum sing ditemtokake.
    • Flex-35 Examples:
      25 W kanggo PS1 + 10 W kanggo PS2
      0 W kanggo PS1 + 35 W kanggo PS2*
    • Flex-50 Examples:
      25 W kanggo PS1 + 2 5W kanggo PS2
      40 W kanggo PS1 + 10 W kanggo PS2
      *iki mantanample saka konfigurasi selfbacking. PS1 ora dimuat, nanging disimpen kanggo serep yen PS2 gagal.
  • Sebutan terminal "+" lan "-" kanggo negara weker.
  • Tameng, yen dibutuhake, biasane disambungake menyang 0 V kaya sing ditampilake. Mandap tameng alternatif nggunakake lemah bumi kasedhiya ing ampsasis penggerak.

Wiring Kelas A

Simplex-4100U-Fleks-Amppengawet - (9) Simplex-4100U-Fleks-Amppengawet - (10)

  • Ninggalake resistor 10 K, ½ W (378-030; coklat / ireng / oranye) ing terminal "B +" nganti "B-" saka sirkuit sing ora digunakake. Ninggalake terminal "A+" lan A- sing ora digunakake ora nyambung.
  • Kabeh kabel antarane 18 AWG (0.8231 mm2) lan 12 AWG (3.309 mm2).
  • Wiring lapangan diawasi lan daya winates.
  • Total daya Flex-50 kasedhiya 50 W (2A @ 25 VRMS, 0.707A @ 70.7 VRMS).
  • Total daya Flex-35 kasedhiya 35 W (1.4A @ 25 VRMS, 0.5A @ 70.7 VRMS).
  • NACs lan daya stages bisa diatur kanggo sembarang kombinasi sirkuit anggere total daya output ora ngluwihi HFS maksimum sing ditemtokake.
    • Flex-35 Examples:
      25 W kanggo PS1 + 10 W kanggo PS2
      0 W kanggo PS1 + 35 W kanggo PS2*
    • Flex-50 Examples:
      25 W kanggo PS1 + 25 W kanggo PS2
      40 W kanggo PS1 + 10 W kanggo PS2
      *iki mantanample saka konfigurasi selfbacking. PS1 ora dimuat, nanging disimpen kanggo serep yen PS2 gagal.
  • Sebutan terminal "+" lan "-" kanggo negara weker.
  • Tameng, yen dibutuhake, biasane disambungake menyang 0 V kaya sing ditampilake. Mandap tameng alternatif nggunakake lemah bumi kasedhiya ing ampsasis penggerak.

Pengawasan konstan NAC (CSNAC) WiringSimplex-4100U-Fleks-Amppengawet - (11)

  1. Ninggalake resistor 10 K ing terminal "B +" lan "B-" saka sirkuit sing ora digunakake.
  2. Copot resistor 10 K saka terminal "B +" lan "B-" ing kertu sing dadi host CSNAC (amplifter lan kertu XSIG).
  3. Kabeh wiring antarane 18 AWG (0.8231 mm2) (minimal) kanggo 12 AWG (3.309 mm2) (maksimum).
  4. Wiring lapangan winates daya.
  5. Saiki sirkuit speaker maksimal yaiku 2 A saben sirkuit.
  6. Total daya weker sing kasedhiya yaiku 50 W (2 A @ 25 VRMS, 0.707 A @ 70.7 VRMS) utawa 35 W (1.4 A @ 25 VRMS, 0.5 A @ 70.7 VRMS) gumantung saka sing disambungake. amppanguripan
  7. Tameng, yen dibutuhake, biasane disambungake kaya sing dituduhake. Terminasi tameng alternatif nggunakake lemah bumi kasedhiya ing ampsasis penggerak.
  8. Wiring sinyal kudu nyoba bebas saka latar.

Indikasi LED

Fleksibel Amplifiers Ora Kompatibel karo Opsi CSNAC
LED kanggo amplifiers sing ora kompatibel karo opsi CSNAC diringkes ing Tabel 4.
Tabel 4. Indikasi LED kanggo Flex Amplifiers Ora Kompatibel karo CSNAC

LED # jeneng LED Tegese
LED1 Rugi Comm Ajeg nalika ing amplifier ora sesambungan karo sistem CPU
LED2 IN_TBL Kedip siji: gagal saluran input 1 Kedip pindho: saluran input 2 gagal

Ajeg: gagal ing saluran input 1 lan 2

Ditrapake kanggo riser audio analog utawa digital.
LED3 OUT_TBL2 Ajeg nalika Power Stage 2 Overcurrent Gagal / Output Masalah Pengawasan
LED4 OUT_TBL1 Ajeg nalika Power Stage 1 Overcurrent Gagal / Output Masalah Pengawasan
LED5 Status NAC 3 Ajeg nalika NAC 3 urip utawa ing kondisi Masalah
LED6 Status NAC 2 Ajeg nalika NAC 2 urip utawa ing kondisi Masalah
LED7 Status NAC 1 Ajeg nalika NAC 1 urip utawa ing kondisi Masalah
LED8 NAC3_PS2 NAC 3 dikirim menyang Power Stage 2
LED9 NAC2_PS2 NAC 2 dikirim menyang Power Stage 2
LED10 NAC1_PS2 NAC 1 dikirim menyang Power Stage 2

Fleksibel Ampliifiers Kompatibel karo Opsi CSNAC
LED kanggo amplifiers sing kompatibel karo opsi CSNAC diringkes ing Tabel 5.
Tabel 5. Indikasi LED kanggo Flex Ampliifiers Kompatibel karo CSNAC

LED # jeneng LED Tegese
LED1 IN_TBL Kedip siji: gagal saluran input 1 Kedip pindho: saluran input 2 gagal

Ajeg: gagal ing saluran input 1 lan 2

Ditrapake kanggo riser audio analog utawa digital.
LED2 Rugi Comm Ajeg nalika ing amplifier ora sesambungan karo sistem CPU
LED3 OUT_TBL1 Ajeg nalika Power Stage 1 Overcurrent Gagal / Output Masalah Pengawasan
LED4 OUT_TBL2 Ajeg nalika Power Stage 2 Overcurrent Gagal / Output Masalah Pengawasan
LED5 Status NAC 3 Ajeg nalika NAC 3 urip utawa ing kondisi Masalah
LED6 Status NAC 2 Ajeg nalika NAC 2 urip utawa ing kondisi Masalah
LED7 Status NAC 1 Ajeg nalika NAC 1 urip utawa ing kondisi Masalah
LED8 NAC3_PS2 NAC 3 dikirim menyang Power Stage 2
LED9 NAC2_PS2 NAC 2 dikirim menyang Power Stage 2
LED10 NAC1_PS2 NAC 1 dikirim menyang Power Stage 2

Ngatasi masalah

  • Swaraview Bagean iki nerangake pesen sing bisa ditampilake ing tampilan nalika nggunakake audio amplifters lan kertu pilihan sing.
  • Kertu ilang/gagal Ing ampkertu lifier salah siji ora diinstal utawa ora ing alamat sistem kasebut dening Programmer.
  • Kartu Salah Kertu sing salah nggunakake alamat sing ditemtokake dening Programmer minangka ampkertu liifier.
  • Daya Stage alangan A daya stage ora mlaku kanthi bener. Iki tegese sinyal mlebu nanging ora ana sinyal sing metu. Elinga yen muni pengawasan digunakake kanggo ngawasi daya stages ora bakal krungu liwat speaker. Ing sistem sing dikonfigurasi nganggo Mode Konservasi Daya, daya stage ora bakal ngawasi lan alangan ora bakal kui nalika daya stage wis ditutup.
  • Masalah Konfigurasi Modul NAC kertu expansion NAC utawa kertu Kelas A disambungake menyang amplifier ora cocog karo konfigurasi Programmer kanggo kertu kasebut.
  • Masalah Tambahan Masalah tambahan bisa diumumake kanggo celana pendek utawa mbukak ing salah siji saka ing ngisor iki, sing saben diawasi:
    • NACs (sirkuit speaker)
    • Ampinput lisènsi
    • DAR riser (gagal komunikasi)
  • Nggunakake Power Stage Ngalih Gagal Daya stage gagal ngalih (SW2, SW3) bisa digunakake kanggo nyoba apa ngoper audio serep bisa digunakake. Kanggo nguji switch gagal, penet terus SW2 (daya stage 1) utawa SW3 (daya stage 2) nganti LED Masalah sing cocog madhangi (20 detik).

© 2003, 2009, 2011 SimplexGrinnell LP. Kabeh hak dilindhungi undhang-undhang
Spesifikasi lan informasi liyane sing ditampilake ana saiki nalika diterbitake lan bisa diganti tanpa kabar. Simplex lan logo Simplex iku merek dagang saka Tyco International Ltd lan afiliasi lan digunakake ing lisensi.

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Dokumen / Sumber Daya

PDF thumbnail4100U Fleksibel Amppangurip
Instruction Manual · 4100U Flex Amppengangkat, 4100ES Flex Amppengangkat, 4100U, Flex Ampwong urip, Amppangurip

Referensi

Diterbitake: 13 Maret 2023

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