tech data 1500 gpm - for power island system rev.01

7/17/2019 Tech Data 1500 Gpm - For Power Island System Rev.01

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Project : Coal Fired Power Station, Babelan

INDUSTRIAL DIVISION

No

1 1 Set

1 "Aurora" Horizontal Split Case

Model : 6-481-14HH/Single Stage

Pump Material Design, Casing : Cast Iron, Impeller : Bronze,

Shaft : Carbon Steel with Bronze Sleeve, Shaft Seal : Gland Packing

Pump Accessories : Suction and Discharge Gauges, Automatic Air

Release Valve, Casing Relief Valve

1 "Factory Choice" ODP Electric Motor 200 HP @ 2950 Rpm

With 380V/ 3Ph/ 50Hz

1 "Tornatech" Electric Fire Pump Controller

Model : GPY

2 1 Set

1 "Aurora" Horizontal Split Case

Model : 6-481-14HH/single stage

Pump Material Design, Casing : Cast Iron, Impeller : Bronze,

Shaft : Carbon Steel with Bronze Sleeve, Shaft Seal : Gland Packing

Pump Accessories : Suction and Discharge Gauges, Automatic Air

Release Valve, Main Relief Valve, Enclosed Waste Cone

1 "CLARKE" Diesel Eng ine JU6H-UF62, 240 HP @ 2600 RpmHeat Exchanger Cooling System with cooling loop and double starter

twin solenoid

Engine accessories : Batteries Cables, Battery rack, Silencer,

Flexible Exhaust Connector, Fuel Tank (Supplied by Import)

1 "Tornatech" Diesel Fire Pump Controller

Model : GPD

ELECTRIC FIRE PUMP UL/FM, NFPA-20 STANDARD

Cap. 1500 GPM @ 10 Bar Total Head

DIESEL FIRE PUMP UL/FM, NFPA-20 STANDARD

Cap. 1500 GPM @ 150 Psi Total Head

Pump and Accessori es For Power Island Systems

Pump and Accessori es For Power Island Systems

Al ternative (Ready Stock)

Qty Description

SUBJECT : TECHNICAL REVIEW



REFERENCE LIST AURORA PUMPIN INDONESIA

NO PROJECT NAME LOCATION LINE DUTY YEAR1 HINDOLI PALEMBANG BUILDING FIRE PUMP 1988

2 SEMEN CIBINONG CIBINONG INDUSTRY FIRE PUMP, TRANSFER PUMP 1999

3 MACRO DENPASAR BUILDING FIRE PUMP 1999

4 BATU HIJAU WTP SECTION I - MINING FIRE PUMP 1999

5 PLAZA DAGO BANDUNG BUILDING FIRE PUMP 1999

6 MAKRO JAKARTA BUILDING FIRE PUMP 1999

7 MAKRO MEDAN BUILDING FIRE PUMP 20008 SCHLUMBERGER BALIKPAPAN BUILDING FIRE PUMP 2000

9 BATU HIJAU WTP SECTION II - MINING FIRE PUMP 2000

10 MULAWARMAN UNIV. PACKAGED I - BUILDING FIRE PUMP 2000

11 MULAWARMAN UNIV. PACKAGED II - BUILDING FIRE PUMP 2000

12 MULAWARMAN UNIV.PACKAGED III - BUILDING FIRE PUMP 2000

13 GS BATTERY JAKARTA FACTORY FIRE PUMP 2000

14 AUTO 2000 TEBET JAKARTA SHOWROOM FIRE PUMP 2001

15 GLOBAL AGROTEK JAKARTA BUILDING FIRE PUMP 200216 MALL FANTASI BALIKPAPAN BUILDING FIRE PUMP 2002

17 TEMPO MEDAN WAREHOUSE FIRE PUMP 2002

18 SUSU CAIR INDOMILK - FACTORY FIRE PUMP 2002

19 PRESIDEN HOTEL JAKARTA BUILDING FIRE PUMP 2002

20 BINTARO TRADE CENTER JAKARTA BUILDING FIRE PUMP 2003

21 MALL KAREBOSI MAKASSAR BUILDING FIRE PUMP 2003

22 MULIA TOWER JAKARTA BUILDING FIRE PUMP 2003

23 BNI’46 LADA JAKARTA BUILDING FIRE PUMP 200324 EXSPAN KAJI JAKARTA BUILDING FIRE PUMP 2003

25 WTC MANGGA DUA JAKARTA BUILDING PLUMBING 2003

26 TAMAN IMPIAN JAYA ANCOL JAKARTA BUILDING FIRE PUMP 2003

27 SEMEN CIBINONG CIBINONG CEMENT INDUSTRY SEWAGE PUMP 2003

28 PANGRANGO PLAZA BOGOR BUILDING FIRE PUMP 2003



37 PUSAT DAGANG INVESTASI BATAM BUILDING FIRE PUMP 2004

38 BELLAGIO RESIDENCE JAKARTA BUILDING FIRE PUMP 2004

39 PONDOK INDAH MALL 2 JAKARTA BUILDING FIRE PUMP, CHILLER PUMP 2004

40 SAN MIGUEL JAKARTA FACTORY FIRE PUMP 200441 BAYER MEDAN FACTORY FIRE PUMP 2005

42 BAYER SURABAYA FACTORY FIRE PUMP 2005

43 MEGA GLODOK KEMAYORAN JAKARTA BUILDING FIRE PUMP 2005

44 SEMEN PADANG PADANG CEMENT INDUSTRY COOLING TOWER 2005

45 SEMEN CIBINONG CIBINONG CEMENT INDUSTRY WATER INJECTION 2005

46 SEMEN CIBINONG CIBINONG CEMENT INDUSTRY WATER SPRAY 2005

47 PERTAMINA PRABUMULIH PRABUMULIH OIL & GAS FIRE PUMP 2005

48 - - - FIRE PUMP 200549 BG JUNCTION / BUBUTAN SURABAYA BUILDING CHILLER & BOOSTER 2005

50 BAYER JAKARTA FACTORY VERTICAL TURBINE FIREPUMP 2005

51 BPKP PRAMUKA JAKARTA BUILDING FIRE PUMP 2005

52 BATAM CITY SQUARE BATAM BUILDING FIRE PUMP 2005

53 MECOINDO CIKARANG FACTORY FIRE PUMP 2006

54 - - OIL & GAS FIRE PUMP 2006

55 GRIYA JENGGALA JAKARTA RESIDENTIAL FIRE PUMP 2006

56 SUDIRMAN PARK JAKARTA BUILDING FIRE PUMP 2006

57 PEARL GARDEN JAKARTA BUILDING FIRE PUMP 2006

58 MODERN GOLF APARTEMENT TANGERANG BUILDING FIRE PUMP 2006

59 CITY HOME – KLP. GADING JAKARTA BUILDING FIRE PUMP 2006

60 ISLAMIC CENTER JAKARTA BUILDING FIRE PUMP 2006

61 INDONESIA NS FACTORY JAKARTA FACTORY FIRE PUMP 2006

62 PLAZA CIBUBUR JAKARTA BUILDING FIRE PUMP 2006

63 SUDIRMAN PLAZA JAKARTA BUILDING FIRE PUMP 2006

64 WISMA 76 JAKARTA BUILDING FIRE PUMP 2006

65 GRAND INDONESIA JAKARTA BUILDING FIRE PUMP, CHILLER PUMP,PLUMBING PUMP

2006

66 NUSA 2 GOLF RESIDENT BALI BUILDING FIRE PUMP 2006

68 PT. PJB UP MUARAKARANG JAKARTA POWER PLANT FIRE PUMP 2006

69 LAMONGAN INTEGRATED LAMONGAN SHORE BASE FIRE PUMP 2006



77 GRAND INDONESIA JAKARTA BUILDING FIRE PUMP 2006

78 KEDUTAAN BELANDA JAKARTA BUILDING FIRE PUMP 2006

79 HARDA BANK JAKARTA BUILDINGVERTICAL TURBINE FIREPUMP 2006

80 MENARA PRIMA JAKARTA BUILDING FIRE PUMP 2006

81 WISMA PONDOK INDAH JAKARTA BUILDING FIRE PUMP, CHILLER PUMP 2006

82 SEMEN PADANG PADANG CEMENT INDUSTRY HVAC PUMP 2006

83 ITC KOPO BANDUNG BUILDING FIRE PUMP 2006

84 THE EAST JAKARTA BUILDING FIRE & CHILLER PUMP 2006

85 PERTAMINA SAGATA KALIMANTAN OIL & GAS FIRE PUMP 2006

86 HOLCIM INDONESIA JAKARTA CEMENT INDUSTRY REGENERATIVE TURBINE PUMP 2006

87 SPRING HILL GOLF RESIDENCE JAKARTA RESIDENTIAL FIRE PUMP 2006

88 HOLCIM INDONESIA JAKARTA CEMENT INDUSTRY REGENERATIVE TURBINE PUMP 2006

89 JACC JAKARTA BUILDING FIRE PUMP 2006

90 ETERNIT GRESIK GRESIK FACTORY FIRE PUMP 2006

91 PLAZA ASIA TASIKMALAYA TASIKMALAYA BUILDING CHILLER PUMP 2006

92 IPEKA SCHOOL JAKARTA BUILDING FIRE PUMP 2006

93 PLAZA ASIA TASIKMALAYA TASIKMALAYA BUILDING PLUMBING PUMPSUBMERSIBLE PUMPDEEP WELL PUMP

2007

94 TOYOTA ASTRA MOTOR JAKARTA FACTORY FIRE PUMP 2007

95 CARREFOUR CIBINONG BANDUNG BUILDING FIRE PUMP 2007

96 CARREFOUR KIARA CONDONGMALL BANDUNG BUILDING FIRE PUMP 2007

97 PERFETI VAN MELLE JAKARTA FACTORY FIRE PUMP 2007

98 DATA CENTER SURABAYA BUILDING FIRE PUMP 2007

99 TOYOTA ASTRA MOTOR JAKARTA FACTORY CHILLER PUMP 2007

100 GRAND INDONESIA JAKARTA BUILDINGCHILLER PUMP APARTMENT,CONVENTION HALL 2007

101 CNOOC OFFCHORE OFFSHORE OIL RIG VERTICALTURBINESEA WATER FIRE PUMP 2007

102 PASAR BARU SQUARE BALIKPAPAN HOTEL AND MALL FIRE PUMP 2007


104 NESTLE PASURUAN PASURUAN FACTORY FIRE PUMP 2007



111 WATERPLACE RESIDENCE SURABAYA BUILDING FIRE PUMP 2007

112 SEASON CITY JAKARTA BUILDING FIRE PUMP 2007

113 HOTEL MALEOSAN MANADO BUILDING FIRE PUMP 2007

114 APARTMENT BSB BALIKPAPAN BUILDING FIRE PUMP 2007115 HOLCIM INDONESIA JAKARTA BUILDING WATER SPRAY 2008

116 GRAHA 165 JAKARTA BUILDING CHILLER PUMP 2008

117 ARKADIA OFFICE JAKARTA BUILDING FIRE PUMP 2008

118 SAINATH OFFICE JAKARTA BUILDING FIRE PUMP 2008

119 GRAND CITY SURABAYA SURABAYA BUILDING CHILLER PUMP 2008

120 KEM TOWER KEMAYORAN JAKARTA BUILDINGPLUMBING PUMP,CHILLER PUMP,SUBMERSIBLE PUMP

2008

121 THE ADHIWANGSA RESIDENCE SURABAYA RESIDENTIAL FIRE PUMP 2008

122 DAPENRA JAKARTA BUILDING FIRE PUMP 2008

123 LUCKY SQUARE MALL BANDUNG BUILDING FIRE PUMP 2008

124 BEST WESTERN BALI HOTEL BALI BUILDING FIRE PUMP 2008

125 ASTON VERANDA HOTEL JAKARTA BUILDING FIRE PUMP 2008


127 HOLCIM INDONESIA CILACAP CEMENT INDUSTRY WATER SPRAY 2008

128 CYBER-2 JAKARTA OFFICE FIRE PUMP 2008

129 HOTEL HILTON BANDUNG HOTEL FIRE PUMP 2008

130 SUDIRMAN TOWER JAKARTA BUILDING FIRE PUMP 2008

131 FREEPORT IRIAN JAYA MINING CIRCULATION PUMP 2008

132 GRAHA PENA SURABAYA BUILDING FIRE PUMP 2008

133 BPK PENABUR - KELAPA GADING JAKARTA BUILDING FIRE PUMP 2008

134 FLOUR MILLS - CILEGON CILEGON FACTORY FIRE PUMP 2008

135 MEDCO ENERGI SUMATERA OIL & GAS FIRE PUMP 2008

136 PARAGON CITY SEMARANG BUILDING FIRE PUMP 2008

137 MENARA MTH JAKARTA BUILDING FIRE PUMP 2008

138 QATAR EMBASSY JAKARTA BUILDING FIRE PUMP 2008

139 CYBER-2 JAKARTA OFFICE HVAC PUMP, PLUMBING PUMP 2008

140 MEDCO II SUMATERA OIL & GAS FIRE PUMP 2008



148 TRANS KALLA MAKASSAR BUILDING FIRE PUMP 2009

149 PUPUK KUJANG CIKAMPEK FACTORY HYDROMATIC PUMP 2009

150 INDOSAT SUKABUMI BUILDING FIRE PUMP 2009

151 IT BATAM BATAM BUILDING FIRE PUMP 2009152 SAMPOERNA STRATEGIC SQUARE JAKARTA BUILDING HOT WATER PUMP 2009

153 KANTOR PERWAKILAN PEMDASULUT JAKARTA BUILDING FIRE PUMP 2009

154 LOMBOK AIRPORT LOMBOK BUILDING FIRE PUMP 2009

155 LAN SAMARINDA SAMARINDA BUILDING FIRE PUMP 2009

156 CENTRAL PARK JAKARTA BUILDING HVAC PUMP 2009

157 OFFICE KRAMAT RAYA JAKARTA BUILDING FIRE PUMP 2009

158 BINUS BOARDING HOUSE JAKARTA BUILDING FIRE PUMP 2009

159 BANDARA KUALANAMU MEDAN BUILDING FIRE PUMP, CHILLER PUMP,PLUMBING PUMP 2009

160 PPPK PETRA SURABAYA BUILDING FIRE PUMP 2009

161 PUSDIKLAT MAHKAMAH AGUNG JAKARTA BUILDING FIRE PUMP 2009

162 WILMAR NABATI INDONESIA GRESIK INDUSTRY FIRE PUMP 2009

163 PUSDIKLAT MAHKAMAH AGUNG BOGOR BUILDING FIRE PUMP 2009

164 PERTAMINA ACEH EP RANTAU ACEH OIL & GAS FIRE PUMP 2009

165 DINAS PEMADAM KEBAKARAN-LEBAK BULUS JAKARTA BUILDING FIRE PUMP 2009

166 TEMPO SCAN TOWER JAKARTA BUILDING FIRE PUMP, CHILLER PUMP,PLUMBING PUMP 2010

167 CIK DITIRO APARTMENT JAKARTA BUILDING FIRE PUMP 2010

168 CENTRAL PARK – CGPP II JAKARTA BUILDING CHILLER PUMP 2010

169 CENTRAL PARK – BALL ROOM JAKARTA BUILDING CHILLER PUMP 2010

170 SEASON CITY SCHOOL JAKARTA BUILDING FIRE PUMP 2010

171 PERTAMINA UPMS IV – DEPOTREWULU SEMARANG OIL & GAS FIRE PUMP 2010

172 PERTAMINA UPMS VII MAKASAR OIL & GAS FIRE PUMP 2010

173 KEMANG VILLAGE SCHOOL JAKARTA BUILDING FIRE PUMP 2010

174 KEMANG VILLAGE JAKARTA BUILDING FIRE PUMP 2010



181 KEMANG VILLAGE – KVR & RITZTOWER JAKARTA BUILDING FIRE PUMP 2010

182 CIPUTRA WORLD SURABAYA BUILDING FIRE PUMP 2010

183

PERTAMINA UPMS III - LPG

BALONGAN BALONGAN OIL & GAS FIRE PUMP 2010184 PERTAMINA UBEP TARAKAN TARAKAN OIL & GAS FIRE PUMP 2010

185 DPPU SOEKARNO HATTA CENGKARENG OIL & GAS VEHRTICAL SUMP PUMP 2010

186 HOTEL SENTRA KELAPA GADING JAKARTA BUILDING PLUMBING 2010

187 ANCOL MENTION JAKARTA BUILDING FIRE PUMP 2010

188 GEDUNG LEMIGAS CIPULIR JAKARTA BUILDING FIRE PUMP 2010

189 MEDCO EOR RIMAU PALEMBANG OIL AND GAS FIRE PUMP 2010

190 PERTAMINA EP PENDOPO PRABUMULIH OIL AND GAS FIRE PUMP 2010

191 SUNTER OFFICE JAKARTA BUILDING FIRE PUMP 2010

192 KAWASAN PERGUDANGANNARAGONG NARAGONG BUILDING FIRE PUMP 2010

193 KRAFT FOOD INDONESIA CIKARANG BUILDING FIRE PUMP 2010

194 HANG LEKIR RESIDANCE JAKARTA BUILDING FIRE PUMP 2010

195 CIPUTRA WORLD SURABAYA BUILDING FIRE PUMP 2010

196 CENTRAL PARK JAKARTA HOTEL FIRE PUMP 2011197 RS. ADVENT BANDUNG BANDUNG BUILDING FIRE PUMP 2011

198 MENARA CITICON JAKARTA BUILDING FIRE PUMP 2011

199 BINUS SERPONG 3 JAKARTA BUILDING FIRE PUMP 2011

200 NUSANTARA TURBINE PROPULSI BANDUNG INDUSTRY VERTICAL TURBINE – FIREPUMP 2011

201 GEDUNG BERSAMA GRAMEDIA JAKARTA BUILDING FIRE PUMP 2011

202 TANGERANG CITY MALL TANGERANG BUILDING CHILLER PUMP 2011

203 BOILER YOGYAKARTA INDUSTRY BOILER PUMP 2011

204 GALERI MODECOR JAKARTA BUILDING FIRE PUMP 2011

205 MALL OF KEDIRI KEDIRI BUILDING FIRE PUMP 2011

206 PERTAMINA UPMS V – DEPOTBADAS SURABAYA OIL & GAS VERTICAL TURBINE – FIRE

PUMP 2011

207 PERTAMINA EP RANTAU ACEH OIL & GAS FIRE PUMP 2011



213 REGENT HOTEL BALI HOTEL HVAC 2011

214 KAMPUNG ITSB CIKARANG BUILDING FIRE PUMP 2011

215 BANK RIAU RIAU BUILDING FIRE PUMP 2011

216 THE STONE BALI BALI BUILDING FIRE PUMP 2011

217 WISMA PONDOK INDAH III JAKARTA BUILDINGFIRE PUMP, PLUMBING PUMP,CHILLER PUMP, SUBMERSIBLEPUMP

2011

218 HOTEL NOVOTEL GAJAH MADA JAKARTA HOTEL FIRE PUMP, CHILLER PUMP 2011

219 APARTMENT NOVOTEL GAJAHMADA JAKARTA RESIDENTIAL FIRE PUMP 2011

220 APARTMENT RUSUNAMI SUNTERPARK VIEW JAKARTA RESIDENTIAL FIRE PUMP 2011

221 APARTMENT RUSUNAMI PURI PARKVIEW TOWER A,B & C JAKARTA RESIDENTIAL FIRE PUMP 2011

222 APARTMENT RUSUNAMI PURI PARKVIEW TOWER E JAKARTA RESIDENTIAL FIRE PUMP 2011

223 GAJAH MADA PLAZA JAKARTA BUILDING CHILLER PUMP 2011

224 GUDANG DHL JAKARTA BUILDING FIRE PUMP 2011

225 IRMC SHOWROOM & OFFICE JAKARTA BUILDING FIRE PUMP 2011

226 GREEN BAY PLUIT – TAHAP I JAKARTA BUILDING PLUMBINGPUMP, SUBMERSIBLEPUMP 2011

227 HOTEL TRANS & IBIS BANDUNG BUILDING FIRE PUMP, CHILLER PUMP 2011

228 PERTAMINA EP KTI PAPUA SORONG OIL & GAS FIRE PUMP 2011

229PERTAMINA JAYAPURA – DEPOTSORONG PAPUA OIL & GAS FIRE PUMP 2011

230 ASAM – ASAM COAL MINING KALIMANTAN MINING FIRE PUMP 2011

231 LOGO OFFICE JAKARTA BUILDING FIRE PUMP 2011

232 HOLIDAY INN SUNTER JAKARTA HOTEL FIRE PUMP, PLUMBING PUMP,CHILLER PUP 2011

233 HOLIDAY INN SUNTER JAKARTA RUKAN FIRE PUMP, PLUMBING PUMP 2011

234 GUDANG GARAM TOWER JAKARTA BUILDING FIRE PUMP 2011

235 MEDAN CENTER POINT MEDAN BUILDING FIRE PUMP 2011

236 PERTAMINA UPMS V - LPGTANJUNG PERAK SURABAYA OIL & GAS FIRE PUMP 2011



243 PERTAMINA LPG TANJUNG PRIOK JAKARTA OIL & GAS FIRE PUMP 2011

244 PERTAMINA UPMS V - DPPUKUPANG

SURABAYA OIL & GAS FIRE PUMP 2011

245 PERTAMINA UBEB TANJUNG KAL-SEL OIL & GAS FIRE PUMP 2011

246 PABRIK ROKOK GUDANG GARAM SEMARANG FACTORY FIRE PUMP 2011

247 GEDUNG AUDITORIUM PT. AHM CIKARANG FACTORY FIRE PUMP 2011

248 U RESIDENCE JAKARTA BUILDING FIRE PUMP 2011

249 CIKINI GOLD CENTER JAKARTA BUILDING FIRE PUMP 2011

250 WEST MARK APARTMENT JAKARTA RESIDENTIAL FIRE PUMP 2011

251 GREEN BAY PLUIT TAHAP-1A JAKARTA BUILDING FIRE PUMP 2011

252 GEDUNG EXIM MELATI JAKARTA BUILDING CHILLER PUMP 2011

253 APM ARMADA AUTO PARTS CIKARANG FACTORY FIRE PUMP 2011

254 PERTAMINA EP REGION JAWAFIELD CEPU CEPU OIL & GAS FIRE PUMP 2012

255 SRC FACTORY KARAWANG KARAWANG FACTORY FIRE PUMP 2012

256 PT. TEMPO JL. KEMUNING JAKARTA FACTORY FLOOD PUMP 2012

257 PERTAMINA SURABAYA-DEPOTMAUMERE SURABAYA OIL & GAS VERTICAL TURBINE- FIRE PUMP 2012

258 OTTO PHARMACEUTIAL BANDUNG FACTORY FIRE PUMP 2012

259 PERTAMINA JAYAPURA – DEPOTDOBO, TUAL & MERAUKE JAYAPURA OIL & GAS FIRE PUMP 2012

260 MEDCO M12 – TARAKAN SUMATERA OIL & GAS FIRE PUMP 2012

261 PERTAMINA PERTAGAS SUMATERA SUMATERA OIL & GAS FIRE PUMP 2012

262 PERTAMINA PRABUMULIH SUMATERA OIL & GAS FIRE PUMP 2012

263 PERTAMINA UPMS III JBB – DEPOTTASIKMALAYA TASIKMALAYA OIL & GAS FIRE PUMP 2012

264 PERTAMINA MAKASSAR – DEPOTGORONTALO MAKASSAR OIL & GAS FIRE PUMP 2012

265 PERTAMINA BITUNG MAKASSAR OIL & GAS JOCKEY PUMP 2012

266 PERTAMINA UPMS III - DEPOTPADALARANG JAWA BARAT OIL & GAS FIRE PUMP 2012

267 CNG SEI GELAM JAMBI OIL & GAS FIRE PUMP 2012

268 PERTAMINA BIAK JAYAPURA JAYAPURA OIL & GAS FIRE PUMP 2012



274 PERTAMINA BALIKPAPAN KALIMANTAN OIL & GAS JOCKEY PUMP 2012

275 REGENT HOTEL BALI BUILDING CHILLER PUMP 2012

276 BANK MEGA CARD CENTER JAKARTA BUILDING FIRE PUMP 2012

277 PUSAT TIKI-JNE JAKARTA BUILDING FIRE PUMP 2012

278 KEMANG VILLAGE INFINITY-TOWER JAKARTA BUILDING FIRE PUMP 2012

279 KEMANG VILLAGE INTERCONTOWER JAKARTA BUILDING FIRE PUMP 2012

280 DHARMAWANGSA 101 HOTEL JAKARTA BUILDING FIRE PUMP 2012

281 MENARA PRIMA II JAKARTA BUILDING CHILLER PUMP, SUBMERSIBLEPUMP 2012

282 RS. AKADEMIKA UGM JOGYAKARTA BUILDING FIRE PUMP 2012

283 HOTEL AMARIS NUSA 2 BALI BUILDING FIRE PUMP 2012

284 TRANS STUDIO BANDUNG BUILDING CIRCULATION PUMP 2012

285 THE WINDSOR APARTMENT JAKARTA BUILDING FIRE PUMP 2012

286 STREET GALERY PONDOK INDAH JAKARTA BUILDING FIRE PUMP, SUBMERSIBLEPUMP 2012

287 GREEN BAY TAHAP II - MALL JAKARTA BUILDING FIRE PUMP 2012

288 PULOMAS PARK CENTER JAKARTA BUILDING FIRE PUMP 2012

289 AKADEMI PERKERETAAPIAN MADIUN BUILDING FIRE PUMP 2012

290 BANDARA SULTAN THAHA JAMBI BUILDING FIRE PUMP 2012

291 BANDARA DEPATI AMIR BANGKA BELITUNG BUILDING FIRE PUMP, PLUMBING PUMP 2012

292 PASAR SINPASA BEKASI BUILDING FIRE PUMP 2012

293 HOLIDAY INN EXPRESS BALI BUILDING FIRE PUMP 2012

294 GREEN LAKE SUNTER-TAHAP I JAKARTA BUILDING FIRE PUMP 2012

295 DSO DJARUM TANDES SURABAYA SURABAYA FACTORY FIRE PUMP 2013

296 BALI DESA NUSA DUA BALI BUILDING FIRE PUMP 2013

297 BANDARA DJUANDA SURABAYA BUILDING FIRE PUMP 2013

298 SIMPRUG BOTANICA JAKARTA BUILDING FIRE PUMP 2013

299 MENARA PRIMA 2 JAKARTA BUILDING PLUMBING PUMP 2013



305 PERTAMINA BALIKPAPAN – DEPOTTARAKAN BALIKPAPAN OIL & GAS VERTICAL TURBINE – FIRE

PUMP 2013

306PERTAMINA BALIKPAPAN – DEPOTBANJARMASIN BALIKPAPAN OIL & GAS

VERTICAL TURBINE – FIREPUMP 2013

307 HOTEL SANTIKA CIKARANG CIKARANG BUILDING FIRE PUMP 2013

308 BALI NUSA DUA CONVENTIONCENTER BALI BUILDING FIRE PUMP 2013

309 GEDUNG BINA MULYA 1 JAKARTA BUILDING CHILLER PUMP 2013

310 TOWER PLN – BEKASI BEKASI PLN CIRCULATION PUMP 2013

311 PERTAMINA TBBM SERUI PAPUA OIL & GAS FIRE PUMP 2013

312 FLOUR MILL CILEGON CILEGON INDUSTRI FIRE PUMP 2013

313 PERTAGAS JAMBI TEMPINO JAMBI OIL & GAS FIRE PUMP 2013

314 PERTAMINA SANGATTA KALIMANTANTIMUR OIL & GAS FIRE PUMP 2013

315 THE MANSION @ DUKUH GOLFKEMAYORAN

JAKARTA BUILDING FIRE PUMP 2013

316 PERTAMINA TJILIK RIWUT KALIMANTANTENGAH OIL & GAS FIRE PUMP 2013

317 PERTAMINA LPG DUMAI RIAU OIL & GAS FIRE PUMP 2013

318 PERTAMINA REGION IV SEMARANG – TBBM LOMANIS CILACAP JAWA TENGAH OIL & GAS FIRE PUMP 2013

319 PERTAMINA EP FIELD TAMBUN JAWA BARAT OIL & GAS FIRE PUMP 2013

320PERTAMINA REGION IVSEMARANG-TBBM LOMANISCILACAP

JAWA TENGAH OIL & GAS JOCKEY PUMP 2013

321 PERTAMINA TBBM KAIMANA PAPUA OIL & GAS FIRE PUMP 2013

322 PERTAMINA LABUHA PAPUA OIL & GAS FIRE PUMP 2013

323

PERTAMINA UPMS VII SULAWESI –TBBM MOUTONG& TBBM BANGGAI,TBBM LUWUK & TBBM POSO, TBBM

RAHA, TBBM POSO, TBBMMOUTONG & TBBM BANGGAI

SULAWESI OIL & GAS FIRE PUMP 2013

324 PGN LAMPUNG LAMPUNG OIL & GAS FIRE PUMP 2013

325 DSO DJARUM TANDES JAWA TIMUR INDUSTRI FIRE PUMP 2013

326 PANTAI INDAH KAPUK MAL &HOTEL JAKARTA BUILDING FIRE PUMP 2013



332 HOTEL 101 LEGIAN BALI BUILDING FIRE PUMP 2013

333 HOTEL 101 JOGYAKARTA JOGYAKARTA BUILDING FIRE PUMP 2013

334 UPH KARAWACI TANGERANG BUILDING FIRE PUMP 2013

335 BINTARO PARK VIEW JAKARTA BUILDING FIRE PUMP 2013

336 HOTEL ALILA SCBD JAKARTA BUILDINGVERTICAL TURBINE – FIREPUMP, PLUMBING PUMP,SUBMERSIBLE PUMP

2013

337 SOHO PODOMORO CITY JAKARTA BUILDING FIRE PUMP 2014

338 WOLRD VISION INDONESIA JAKARTA BUILDING FIRE PUMP 2014

339 LOBP BATAKAN BALIKPAPAN KALIMANTANTIMUR OIL & GAS FIRE PUMP 2014

340 PERTAMINA TBBM NABIRE PAPUA OIL & GAS FIRE PUMP 2014

341 PERTAMINA TBBM MASOHI MALUKU TENGAH OIL & GAS VERTICAL TURBINE 2014

342 PABRIK PENGOLAHAN DAGING DIPURWAKARTA JAWA BARAT INDUSTRI FIRE PUMP 2014

343 HOTEL BEST WESTERN SOLO SOLO BUILDING FIRE PUMP 2014

344 ELPIS RESIDENCE JAKARTA BUILDING FIRE PUMP 2014

345 BANDARA SUPADIO PONTIANAK BUILDING FIRE PUMP 2014

346 HOTEL 101 BOGOR BOGOR BUILDING FIRE PUMP 2014

347 PURI INDAH FINANCIAL TOWER JAKARTA BUILDING FIRE PUMP 2014

348 ONE BELPARK MALL JAKARTA BUILDING FIRE PUMP 2014

349 BATULICIN KALIMANTANSELATAN OIL & GAS VERTICAL TURBINE 2014

350 SENORO SULAWESI TENGAH OIL & GAS FIRE PUMP 2014

351 CENTRAL KITCHEN THE DUCK KING TANGERANG INDUSTRI FIRE PUMP 2014



356 GOR PKP CIRACAS JAWA BARAT BUILDING FIRE PUMP 2014

357 GARDEN WING APARTMENTKARAWANG

JAWA BARAT BUILDING FIRE PUMP 2014

358 HOTEL ASTON & TRAININGCENTER, SENTUL JAWA BARAT BUILDING FIRE PUMP 2014

359 PABRIK PRINTING FLEXO DISIDOARJO JAWA TIMUR INDUSTRI FIRE PUMP 2014

360 PERTAMINA TBBM KOTA BARU &DEPOT LPG BALIKPAPAN KALIMANTAN OIL & GAS VERTICAL TURBINE – FIRE

PUMP 2014

361 PABRIK DUA BERLIAN JAKARTA INDUSTRI FIRE PUMP 2014

362 PERTAMINA ELNUSA DEPOPLUMPANG JAKARTA OIL & GAS FIRE PUMP 2014

363 PERTAMINA EP ASSET 1 LIRIKFIELD RIAU OIL & GAS FIRE PUMP 2014

364 PERTAMINA TBBM SANANA MALUKU OIL & GAS VERTICAL TURBINE 2014

365 MAXX BOX KARAWACI BUILDING FIRE PUMP 2014

366 HOTEL HARRIS BENOA BALI BUILDING FIRE PUMP 2014

367 HOTEL TIJILI SEMINYAK BALI BUILDING FIRE PUMP 2014

368 MALL & HOTEL PIK JAKARTA BUILDING PLUMBING PUMP 2014

369 CONVENTION HALL SAMARINDA BUILDING FIRE PUMP 2014

370 KAMPUS ITB – TAHAP II BANDUNG BUILDING FIRE PUMP 2014

371 PERTAMINA AREA SULAWESI –BITUNG SULAWESI OIL & GAS VERTICAL TURBINE 2014

372PERTAMINA DPPU SAM RATULANGIMANADO SULAWESI OIL & GAS FIRE PUMP 2014

373 PERTAMINA FIELD TARAKAN SULAWESI OIL & GAS FIRE PUMP 2014

374 PERTAMINA SULAWESI –KOLONEDALE SULAWESI OIL & GAS JOCKEY PUMP 2014

375 PERTAMINA BALONGAN BALONGAN OIL & GAS VERTICAL TURBINE 2014



380 OAK TOWER JAKARTA BUILDING FIRE PUMP 2014

381 ST. REGIS - HOTEL JAKARTA BUILDING FIRE PUMP 2014

382 ST. REGIS - OFFICE JAKARTA BUILDING FIRE PUMP 2014

383 HOTEL GUNUNG GEULIS BOGOR BUILDING FIRE PUMP 2014

384 NPK GRANULAR II PT. PUPUKKUJANG CIKAMPEK INDUSTRI FIRE PUMP 2015

385 PGN JAWA BARAT OIL & GAS FIRE PUMP 2015

386 PERTAMINA DEPOT SINTANG KALIMANTANBARAT OIL & GAS FIRE PUMP 2015

387 PABRIK KERTAS CIKARANG BARAT INDUSTRI FIRE PUMP 2015

388 PERTAMINA SANGA SANGA KALIMANTAN OIL & GAS FIRE PUMP 2015

389 PABRIK ETERNIT GRESIK JAWA TIMUR INDUSTRI FIRE PUMP 2015

390 PABRIK VALEO PURWAKARTA INDUSTRI VERTICAL TURBINE & JOCKEYPUMP

2015

391 HOTEL ARCS JAMBULUWUK BALI BUILDING FIRE PUMP 2015

392 MEDAN CENTER POINT –APARTMENT CENTRUM & CENTRIA MEDAN BUILDING FIRE PUMP 2015

393 MENARA PALMA II JAKARTA BUILDING FIRE PUMP 2015

394 ST. MORITZ II - OFFICE TOWER JAKARTA BUILDING FIRE PUMP 2015

395 PLAZA SADIRA PEKANBARU BUILDING FIRE PUMP 2015

396 PERTAMINA FIELD TANJUNG KALIMANTAN

SELATANOIL AND GAS FIRE PUMP 2015



Cooling Tower PumpsPentair’s tradition as a leader invertical turbine and split case pumpscontinues with the rugged and heavyduty, family of Pentair vertical turbineand split case pump products,designed to successfully operate in a multitude of

water sources such as raw water intake, liquid transfer,cooling water circulation, booster service, storm water,flood control, marine, process services, volatile fluids,condensate, fuel pumps and mine dewatering.

Circulating Water PumpsStrong. Dependable. Reliable.

Pentair’s tradition of leadership continues with theseattributes in the manufacture of Vertical Mixed and AxialFlow Propeller Pumps. Designed for moderate to highvolume fluid movement from moderate to low dischargepressures, both product lines have excellent low NPHSrequirements and are only separated by the amount of heador pressure to be developed.

The advantages of mixed flow pumps includeminimum footprint, no priming required. In addition,vertical mixed flow pumps are easily adaptableto various design codes, can be modified for changinghydraulic conditions, and generally experience less weardue to the lower operating speeds they require.

Pentair vertical axial flow propeller pump applications

are found in a variety of markets including urban andrural municipal water, government, industrial, irrigation,and more.

Boiler Feed Pumps

Applications

INDUSTRIAL PUMPS – POWER



ApplicationsFire Water PumpsPentair, with its Fairbanks Nijhuis® andAurora® line of products, is the world leaderin UL/FM, NFPA 20 fire pumps in the world.Vertical turbine, horizontal split case, verticallymounted split case, inline and end suctionlabeled fire pumps are available.

General Service PumpsThe Pentair Aurora line of end suction and ANSI Std. B73.1M pumps areone of the most comprehensive product line offerings available. Verticalmountings, in line mounting and even sump pumps are available withPentair Aurora pumps.

Both flanged and threaded connections are availabledepending upon model.

Ash Sluice Pumps



ApplicationsRaw Water Intake PumpsPentair’s Fairbanks Nijhuis® and Aurora® lines ofproducts have extensive experience in both verticalturbine and horizontal splitcase pumps in raw water intakeservices. High reliability andrugged constructionmaximize service lifewhile high efficienciesreduce powerconsumption.

Condensate and Heater Drain PumpsPentair’s vertical pumps are up to the task of pumping hotcondensate efficiently and reliability. Broad material selection isbased on properties of the condensate.

Low NPSHA impellers are available on many sizes to minimizeinstallation costs and suction vessel length.

INDUSTRIAL PUMPS – POWER



Complete Solutionsfor Fire Protection Fluid Handling



Aurora Pump is a global manufacturer of pumps and systems for the commercial, municipal,

industrial and fire protection markets. We provide the solutions to meet your pumping needs.

911 Series 911.5 Series

Single Stage Inline Fire Pump

Model 383

Flows: 50 to 1,500 GPM (11.3 to 340 m3 /hr)

Pressures: 40 to 205 PSI (2.7 to 14.1 bar)

• UL Listed/FM Approved/NFPA-20 Design

• For Commercial, Industrial and Marine Use

• Space Saving Vertical Design

• Easy Maintenance without DisturbingSurrounding Piping

• Bronze-Fitted Pump Construction

End Suction Fire Pump

Model 384

Flows: 400 to 750 GPM (90.8 to 170.3 m3 /hr)


• UL Listed, FM Approved Performance

• Electric and Diesel Speeds

• Back Pullout Design for Easy Pump Servicewithout Disconnecting Pipe

• Frame-Mounted Design

• Small Footprint Ideal for Retrot

• Designed for Installations such as Schools,Ofce Buildings, and Hospitals

FIRE PUMPS

912 Series

Horizontal Split Case Electric Drive Fire Pumps

Models 481, 485, 491,492, 495

Vertical Split Case Electric Drive

Fire Pump

Model 483

Controllers mounted and wired on diesel pump base.Typical housed diesel driven re pump with test meter.

FIRE PUMP SYSTEMS



Horizontal Split Case Diesel Drive Fire Pumps

Models 481, 485, 491,492, 495

Flows: 250 to 5000 GPM (56.8 to 1135 m3 /hr)




• Diesel and Electric Driven Available

• Lower Initial Cost

• Quicker Delivery with Red Hot Quick Ship Program

• Ease of Maintenance

Packaged Fire Pump Systems

• UL Listed/FM Approved Aurora Fire Pump

• UL Listed/FM Approved Fire Pump Controller

• ETL Listed Packaged Fire Pump System

• Aurora Jockey Pump

• UL Listed Jockey Pump Controller

• Pressure Sensing Lines Completeper NFPA 20

• Listed OS & Y Gate & Buttery Valves withTamper Switches

• Suction and Discharge Pressure Gauges

• Automatic Casing Air Release Valve

• Casing Pressure Relief Valve(Electric Packages)

• Hose Header with Valves, Caps & Chains

• Suction and Discharge Piping per NFPA 20

• Removable Lifting Lugs

913 Series

Fire Pump Vertical Turbine

Model 483

Flows: 250 to 4500 GPM (56.8 to 1022 m3 /hr)




• Special Materials for Seawater Applications

• Diesel and Electric Driven

914 Series

Jockey Pumps

Models PVM,PVMI, PVMX

PVM Series

FIRE PUMPS

918 Series

Compact Fire Pump Systems

Flows: 750 GPM (170.3 m3 /hr)

Pressures: 160 PSI (11.0 bar)

• UL Listed/FM Approved Aurora Fire Pump

• UL Listed/FM Approved Fire Pump Controller

• ETL Listed Packaged Fire Pump System

• Aurora Jockey Pump

• UL Listed Jockey Pump Controller

• Pressure Sensing Lines Complete per NFPA 20

• Listed OS & Y Gate & Buttery Valves

• Suction and Discharge Pipingper NFPA 20

• Ideal for Smaller Areas –

919 Series

Aurora Pump

provides fire protection pumping for a



With over ninety years of experience, Aurora’s commitment to excellence goes

beyond the product line by being dedicated to keeping our customers, distributors

and employees constantly educated and updated on the leading developmentsin technology. Our computer software programs assist with selecting the best

pumps and systems along with providing pump drawings and specifications. These

programs save valuable time in the selection and evaluation of pumps and systems.

As an ISO 9001 registered company, Aurora Pump is committed to quality. In

addition, to meet your quick ship requirements, the Aurora Distribution Center is

stocked with parts and pumps to handle same day shipments. These components,

along with our outstanding customer service program, will keep your Aurora Pumpsystem at peak performance for years to come. You can rely on Aurora Pump and

our qualified distribution network to provide total fluid flow solutions.

variety of solutions throughout the world.

ACCESSORIES

• Casing Relief Valve/Air Relief Valve

• Eccentric Suction Reducers, ConcentricDischarge Increasers

• Test Manifold, Hose Valves, Ball Drip Valve

• Main Relief Valve, Waste Cone

• Flow Metering Systems

• Diesel Batteries, Racks and Cables

• Double Wall Fuel Tanks/NFPA-20 & UL-142 Fittings

• Diesel Engine Mufers

• Exhaust Flex Connectors

• City Bypass

• Backow Preverter

• Insulated Exhaust Piping

• Roof Curb for Vertical Turbine Installation and Removal

• Alarms and Tamper Switches Pre-Wired to a Common Juction Box

• Designed to Meet SpecicEnvironmental Requirements

• All-Steel Building withSeismic Certication

• Easy Access Entries

• Electric Heaters withBuilt-In Thermostat

• Continuous Duty Exhaust Fan

• AC Motor/Solenoid Operated Louver

• Interior Fluorescent and Flood Light,Exterior 70 W HPS Light

• Sprinkler System per NFPA 13

• Finished through Wall orFloor Penetration

• Single Point Electrical Connection

• State Certication Label

FIRE PUMP HOUSES

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Spare Part List BookController Model : GPD

PERTAMINA BALIKPAPAN‐DEPOT PANGKALAN BUN,

DEPOT PULANG PISAU, DPPU JUWATA

Prepared by : PT. Roda Nurmala

ELECTRIC FIRE PUMP

Aurora Horizontal Split Case


COAL FIRED POWER STATION,BABELAN

Customer :

Project name : DefaultPump Performance Curve

Encompass 2.0 - 15.3.1.0



j Encompass 2.0 15.3.1.0

0

50

100

150

200

P o w e r - k W

Power

0

2

4

6

8

10

12

14

16

18

20

0 50 100 150 200 250 300 350 400 450 500 550 600 650

H e a d - b a r

Flow - m3/h

284 mm

49

49

60

60

68

68

73

73

75

75

356 mm

227 mm

Preferred operating region

Item number : 010 Size : 6-481-14HH

Service : Stages : 1

Quantity : 1 Driver type : Motor

O O S

912 231



AURORA MODEL 481 PUMPS

ON STANDARD STEEL BASE

DISCH MODEL

CASE

BORE

2-1/2 481 10B 3 8 4 13-1/2 9-3/4 4 20 5 10

(203) (102) (343) (247) (102) (609) (127) (254)

3 481 10 4 9* 4-1/2 13-1/2 10 4-1/2 24 5 11

(228) (114) (343) (254) (114) (609) (127) (279)

4 481 10+ 5 14-1/2 11-1/4 5 26 6 12-3/4

(254) (127) (368) (286) (127) (660) (152) (324)

4 481 11D 5 10+ 5 14-1/2 12 5 26 6 12-3/4

(254) (127) (368) (305) (124) (660) (152) (324)

4 481 15 5 11 5-1/2 14-1/2 13 5-1/2 26 6 14

(279) (140) (368) (330) (140) (660) (152) (355)

5 481 11** 5-1/2 16 11-1/4 5-1/2 28-1/2 6 13-1/4

(279) (140) (406) (286) (140) (723) (152) (336)

5 481 15 6 12-1/2 6-1/4 16 13-1/4 6-1/4 26-1/2 6 15

(217) (159) (406) (336) (159) (673) (152) (381)5 481 17 6 12-1/2 6-1/4 16 14 6-1/4 28-1/2 6 15

(217) (159) (406) (355) (159) (723) (152) (381)

6 481 11 8 12-1/2 6-1/4 16 11-3/4 6-1/4 28-1/ 2 6 14-1/ 2

(217) (159) (406) (298) (159) (723) (152) (368)

6 481 11HH 8 16-1/2 8-5/8 18-1/2 1 0 8-5/8 32-7/8 8 15

(419) (219) (460) (254) (219) (835) (203) (381)

6 481 14HH 8 16-1/2 7-1/2 20-1/2 1 5 7-1/2 36-3/4 8 17

(419) (191) (519) (381) (191) (933) (203) (431)

6 481 13-1/2 6-3/4 18 14-1/4 6-3/4 32 7 16-3/4

(343) (171) (457) (368) (171) (812) (178) (425)

6 481 14-3/4 8 18 16 8 32 7 18

(374) (203 (457) (406) (203) (812) (178) (457)

6 481 20 8 14-3/4 8 18 15-3/4 8 32 7 18

(374) (203) (457) (400) (203) (812) (178) (457)8 481 12 10 14-3/4 8 18 17 9 32 7 17-3/4

(374) (203) (457) (431) (228) (812) (178) (450)

8 481 17B 10 14-3/4 8 18 17 8 32 7 17-3/4

(374) (203) (457) (431) (203) (812) (178) (450)

8 481 18-1/2 9-1/2 21-7/8 18 9-1/2 38 11 21

(470) (241) (555) (457) (241) (964) (279) (533)

10 481 15C 12 25 13-1/2 21-7/8 17 13-1/2 38 11 20

(635) (343) (555) (431) (343) (964) (279) (508)

10 481 18 1 2 25 1 3-1/2 21-7/8 18 13-1/2 38 11 22

(635) (343) (555) (457) (343) (964) (279) (558)

10 481 18D 12 25 12-1/4 24-1/4 2 0 12-1/4 43 11-1/2 2 4

(635) (311) (616) (508) (311) (1092) (292) (610)

12 481 18A 14 24 15 25-1/4 18 15 44 11 23

(609) (381 (615) (457) (381) (1117) (279) (584)

PUMP SIZE

BASE

D S W X Z CP HY YY ZZAPPROX

BASE

21

BASE

BASE

23 22 2828 29 30 3018

7A

7

2

1-1/4

2

BASE

38 36 40 40 44 45 49

( 1

1 4 3 )

( 1

2 4 5 )

33 32 35 34

2121A

10

8 481 26 15 25-1/4 20 15 43-7/8 11 25

(660) (381) (641) (508) (381) (1114) (279) (635)24 12

5

6B

15B15C

18B18C

8

8

3

4A

5A

BASE

2

4

1-1/4

BASE

BASE

BASE

11A11C

11B11C

6

5

BASE

BASE

BASE

BASE

BASE

BASE

7

BASE

BASE

BASE

BASE

BASE

BASE

-

7

7

7

5

5

7

7

7

7

7

7

7

9

9

9

9

-

10

10

10

10

7

7

9

9

9

10

10

10

10

11

11

11

11

11

9

9

11

11

11

11

11

11

11

12

12

12

12

12

11

11

11

11

2926

11

11

2625

11

2524 24

11

11

11

11

11

12

OPTIONAL 250# SUCTION AND

DISCHARGE FLANGES

STANDARD 125# SUCTION AND

DISCHARGE FLANGES

OPTIONAL 125# SUCTION

FLANGE, 250# DISCHARGE

FLANGE

MOTOR

FRAME

11

12

12

12

12

12

12

12

12

12

11

11

11

11

11

12

12

12

12

12

10

10

11

11

11

12

12

12

12

12

12

12

12

12

11

11

11

11

11

12

12

12

12

12

12

12

12

12

10

10

11

11

11

12

12

12

12

12

12

12

12

12

11

11

11

11

11

12

12

12

12

12

12

12

12

12

11

11

11

11

11

12

12

12

12

12

12

12

12

12

14

11

11

12

12

12

12

12

12

12

12

12

12

12

12

14

11

11

12

12

12

12

12

12

12

13

13

13

13

13

13

14

14

14

12

12

12

12

12

12

12

12

12

13

13

13

13

13

14

14

14

-

-

15

15

15

15

15

15

15

15

15

15

15

15

15

15

16

16

16

-

-

15

15

15

15

15

15

15

-

-

15

15

15

15

15

16

16

16

16

-

-

15

15

15

15

15

15

15

15

16

15

15

15

15

15

16

16

16

16

-

-

15

15

15

15

15

15

15

-

-

16

16

16

16

16

16

16

16

16

-

-

15

-

-

15

15

15

15

16

16

16

16

16

16

16

16

16

16

16

16

-

-

15

-

-

16

16

16

16

-

-

16

16

16

16

16

16

16

16

17

-

-

15

-

-

15

15

15

15

16

16

16

16

16

16

16

16

16

16

16

17

-

-

-

-

-

16

16

16

16

-

-

16

16

16

16

16

17

17

17

17

16

16

17

17

9 9 9

9 9 9

11 11 11

C

17

7

6B

BASE 17 17 17 17

4 4 9 T S

4 4 9 T

Section 912 Page 231

Date March 22, 2013

Supersedes Section 912 Page 231

Dated July 2012

BASE H A HB HE HG HH HF HP

5 12 38 9 3 1/2 17 20(305) (964) (228) (76) (13) (431) (508)

7 13 42 10 4 5/8 17 24(330) (1066) (254) (101) (15) (431) (609)

9 15 44 12 3-3/8 5/8 19 24

NOTES1. All dimensions are in inches.2. Dimensions may vary ± 3/8".3. Not for construction purposes unless certified.4. Coupling gap may vary 1/8" thru 2-1/16".

AURORA FIRE PUMPS S i 916 P 201



AURORA FIRE PUMPSSTANDARD FIRE PUMP ACCESSORIES

Section 916 Page 201Date February 2005


Dated May 2004

PIPE SIZE“A”

TAP SIZE

2-1/2-481-10

3-481-10

4-481-114-481-15

5-481-11

5-481-15

5-481-17 1-1/4"

6-481-11

6-481-11HH

6-481-14HH

6-481-15

6-481-186-481-20

8-481-12

8-481-21

10-481-15

10-481-18D

NOTES:1. Dimensions are in inches (mm) and may

vary ± 1/4” (6).

2. Accessories shown are shipped loose for

field installtion.

3. Casing relief valve is to be adjusted to

appropriate pressure upon field installtion

4. Casing relief valve is furnished on electric

motor driven units only.

5. Two stage pumps require both vent taps

piped to air release valve.

6. Suction guage range is 30”-0-150 PSI forsuction pressures up to 75 PSI, or 30”-0-

300 PSI for suction pressures over 75 PSI.

7. Discharge gauge range is 0-300-PSI for

pumps with rated discharge pressures up

to 150 PSI, or 0-600 PSI for pumps with

rated discharge pressures over 150 PSI.

E

D

C

"A" PIPE TAP INCASING DISCHARGE

VALVE INLET SIZE "B"(PIPING BY OTHERS)

CASING RELIEF VALVE

3/4" NPT OUTLET

1/2" PIPING BYOTHERS (SEE NOTE 5)

FLOAT-OPERATEDAIR RELEASE VALVE

1/2" NPT OUTLET

3-1/2" (89) DIA. SUCTION ANDDISCHARGE GAUGES WITH1/4" SHUT-OFF COCKS

CASING RELIEF VALVE

SYSTEM VALVE

G.P.M.INLET “C”

SIZE - “B”

250

500

750

Section 916 Page 206 AURORA FIRE PUMPS



Section 916 Page 206Date June 2002


Dated July 2001

AURORA FIRE PUMPSAUTOMATIC AIR RELEASE VALVE

1/2 NPT" OUTLET 4-3/4 (121)

5-1/4(133)

1/2" NPT INLET

HYDR8AC

(VAL-MATIC VM15A)

OR APPROVED EQUAL USED

WITH HORIZONTAL FIRE PUMPS

WORKING PRESSURE UP TO 300 PSI

(FM APPROVED)

9-1/2 (241)

2" NPT OUTLET

12

(305)

Project:



Contents:

Model GPY

Project:

Customer:

Engineer:

Pump Manufacturer:



Submittal Data SheetModel GPY Electric Fire Pump Controller

FM GlobalNew York City

CE Mark

NEMA 12 NEMA 4X 304 sst painted IP54

Accepted for use in the City of New York by the Department of Buildings

Built to NFPA 20 (latest edition)

Optional

Standard, Listings,

Approvals and

Certifications

Underwriters Laboratory (UL) UL218 - Fire pump controllers CSA C22.2 No. 14 Industrial Control EquipmentClass 1321/1323

Various EN, IEC & CEE directives and standards

Protection Rating

Standard: NEMA 2 (IP31)Optional

Optional 150,000 A 100,000 A

Shortcircuit Withstand

Rating

208V to 480V - 3ph - 50/60Hz 600V - 3ph - 60Hz

Standard 100,000 A 50,000 A

Acr oss-t he line st ar t ing

Locked rotor current

Full load current

Percent of motor speed (%)

L i n e c u r r e

n t

% o

f f u l l l o a d

20 40 60 80 100

600

Transition current

Wye delta starting

Open transition

210

Starting Method: Reduced Voltage

Wye-delta open

Typical Voltage Applied at Start: 100%Inrush Current: 33% of normal load current

Starting Torque: 33%

Motor Type: Wye-delta

No. of Contactors: 2 at 58%, 1 at 33% of motor FLC

Min. ampacity of motor conductors: 6 at 125% x 58% of FLC

T2

T1

T31M

T4

T6

T52M

1S

3L2

1M

CR4

2M

CR5

1S

CR5 2M

1S

3L1

3L2

3L3

3L1

M

From normal

incoming power through

Disconnecting Means

(IS/CB)*




Surge

Suppression

Service

Entrance

Rating

Door interlocked in the ON position

EmergencyStart Handle Integrated limit switch

Across the line start (direct on line)

Flange mounted

Operate shunt trip to open circuit breaker Factory set at 600% of motor full load current

Voltage phase to phase (normal power) Amperage of each phase when motor is running

Pressure

Sensing Drain connection 3/8"

Pressure transducer and run test solenoid valve assembly for fresh water application

Pressure sensing line connection 1/2Ž Female NPT

Rated for 0-500PSI working pressure (calibrated at 0-300psi) Externally mounted with protective cover

Under regular maintained operation, events can be stored in memory for up to 5 years.Data viewable on operator interface display screen

Surge arrestor rated to suppress surges above line voltage

Isolating switch and circuit breaker assembly:

Isolating switch rated not less than 115% of motor full load current

Circuit breaker continuous rating not less than 115% of motor full load currentOvercurrent sensing non-thermal type, magnetic onlyInstantaneous trip setting of not more than 20 times the motor full load current

Common flange mounted operating handle

Trip between 8 and 20 seconds

Downloadable by USB port to external memory device

Continuous system pressure display Cut-in and Cut-out pressure settings

Pressure readings with date stamp Event recording with date stamp

PressureReadings

Pressure and

Event

Recorder

Disconnecting

Means

Suitable as service entrance equipment

Pull and latch activation

Locked Rotor

Protector

Electrical

Readings




Audible Alarm

Power available Locked rotor Manual start Phase reversal Periodic test Deluge valve startMotor run Fail to start Remote automatic startPump room alarm Low discharge pressure Remote manual startMotor trouble Low pump room temperature Overcurrent

Phase loss Pump room temperature (ºF or ºC) Undercurrent Phase unbalance Pump on demand/Automatic start Undervoltage Low w ater level Emergency start Overvoltage

Overvoltage Undervoltage Phase unbalance Low pump room temperature temperature

Overcurrent Fail to start Undercurrent Ground fault

Expandable storage Multi-language

Sequential start timer (on delay) Periodic test timer PressureNon-pressure Automatic

Actuation

Start on pressure drop

Manual Start

Start pushbutton Run test pushbutton Deluge valve start

Timers

Remote start from manual device

Field Adjustable & Visual Countdown

Visual IndicationMode

Manual with Stop pushbutton

Remote start signal from automatic deviceAutomatic Start

Embedded microcomputer with software PLC logic 4.2Ž color touch screen (HMI technology) Upgradable software

StoppingAutomatic after expiration of minimum run timer **

ViZiTouch

Operator

Interface

Visual

Indications and

Alarms

Operation

Common motor trouble

Remote AlarmContacts

SPDT-8A-250V.AC Power available

4Ž alarm bell - 85 dB at 10ft. (3m)

Phase reversal

Common pump room alarm

Motor run




D1Low suction pressure transducer for fresh waterrated at 0-300PSI with visual indication and alarmcontact

D1ALow suction pressure transducer for sea waterrated at 0-300PSI with visual indication and alarmcontact

D5

Pressure transducer and run test solenoid valve

for fresh water rated for 0-500PSI (for calibrationpurposes only)

D5DPressure transducer and run test solenoid valvefor sea water rated for 0-500PSI

D10 Omit mounting feet (when applicable)

D13High withstand rating (fire pump section only) upto 480V = 150KA / 600V = 100KA

D14Anti-condensation heater & thermostat(fire pump section only)

D14AAnti-condensation heater & humidistat(fire pump section only)

D14BAnti-condensation heater & thermostat &humidistat (fire pump section only)

D15 TropicalizationD18 CE Mark with factory certificateD19 French labelingD20 Spanish labelingD21 Other languagesD26 Modbus RTU provisionD26A Modbus TCP/IP provision

D27Motor heater connection (external single phasepower source and heater on/off contact)

D27AMotor heater connection (internal s ingle phasepower source and heater on/off contact)

D28 Customized drawing setD34 Field programmable I/O board - 8 Input / 5 outputD35 Field programmable I/O board - 8 Input / 10 output

D36Redundant pressure transducer for fresh waterrated for 0-500PSI (calibrated at 0-300PSI)

D36ARedundant pressure transducer for sea waterrated for 0-500PSI (calibrated at 0-300PSI)

D37 Window kit for operator interface

Note: Options chosen from this page are not electricallyrepresented on the wiring schematics in this submittalpackage.

A4 Flow switch provision

A8Foam pump application w/o pressure transducerand run test solenoid valve

A9 Low zone pump control functionA10 Medium zone pump control functionA11 High zone pump control function

A13

Non-pressure actuated controller w/o pressure

transducer and run test solenoid valve

A16Lockout/interlock circuit from equipment installedinside the pump roomBuilt in alarm panel (120V.AC supervisory power)providing indication for:

Audible alarm & silence pushbutton for motorrun, phase reversal, loss of phase.

Pilot lights for loss of phase & supervisorypower available

B11BBuilt in alarm panel same as B11 but

220-240VAC supervisory power

B19High motor temperature thermistor relay c/wvisual indication and alarm contact(Form C-SPDT)

B21Ground fault alarm detection c/w visual indicationand alarm contact (Form C-SPDT)

C1 Extra motor run alarm contact (Form C-SPDT)C4 Periodic test alarm contact (Form C-SPDT)

C6Low discharge pressure alarm contact(Form C-SPDT)

C7 Low pump room temperature alarm contact(Form C-SPDT)

C10High water reservoir level alarm contact(Form C-SPDT)

C11High electric motor temperature alarm contact(Form C-SPDT)

C12High electric motor vibration c/w visual indicationand alarm contact (Form C-SPDT)

C14Pump on demand/automatic start alarm contact(Form C-SPDT)

C15 Pump fail to start alarm contact (Form C-SPDT)

C16 Control voltage healthy alarm contact(Form C-SPDT)

C17Flow meter valve loop open c/w visual indicationand alarm contact (Form C-SPDT)

C18High water reservoir level c/w visual indicationand alarm contact (Form C-SPDT)

C19 Emergency start alarm contact (Form C SPDT)

B11




ViZiTouch Operator Interface

??

4

9

11 12

10

13

5 6 7

3

2

1

8

8

1 - Power LED 8 - USB port



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cvbnmqwertyuiopasdfghjklzxcvbnmqwertyuiopasdfghjklzxcvbnmqwertyuio




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ghjklzxcvbnmqwertyuiopasdfghjklzxc


PERTAMINA BALIKPAPAN‐DEPOT PANGKALAN BUN,



DIESEL FIRE PUMP

Aurora Horizontal Split Case



Customer :

Project name : DefaultPump Performance Curve

Encompass 2.0 - 15.3.1.0

DFP.Cap.1500 Gpm @ 150 Psi Total Head



0

50

100

150

200

P o w e r - k W

Power

0

25

50

75

100

125

150

175

200

225

250

0 50 100 150 200 250 300 350 400 450 500 550 600

H e a d - p s i

Flow - m3/h

314 mm

51

51

63

63

72

72

77

77

81

356 mm

223 mm


Item number : 010 Size : 6-481-14HH

Service : Stages : 1

Quantity : 1 Driver type : Engine

p p @

AURORA® 481 PUMPSSINGLE-STAGE FIRE PUMPS

CLARKE DIESEL ENGINE DRIVE


Date JULY 2013



JU6H-UF30, UF32, UF34, UF50, UF52, UF54,

UF58, UF60, UF62, UF68, UF84, UFD0, UFD2,

UFG8, UFABL8, UFAB76, ABL0, ABL2, UFM0,

UFM8, UFAAPG, UFAAQ8, UFAARG, UFAAS0

PUMP SIZE

SUCTIONPOWERSERIES S W X Z CP YY ZZ HB HD HF HF1 HYDISCH MODEL

CASEBORE

4 481 11/A/C 5 3 5 14-1/2 11-1/4 5 26 12-3/4 1-1/4 88 20 78 39 15-1/2

4 481 11D 5 3 5 14-1/2 12 5 26 12-3/4 1-1/4 88 20 78 39 15-1/2

4 481 15 5 3 5-1/2 14-1/2 13 5-1/2 26 14 1-1/4 88 20 78 39 15-1/2

5 481 15 6 4 6-1/4 16 13-1/4 6-1/4 28-1/2 15 1-1/4 88 20 78 39 14

5 481 17 6 4 6-1/4 16 14 6-1/4 28-1/2 15 1-1/4 88 20 78 39 14

6 481 11HH 8 - 8-5/8 18-1/8 10 8-5/8 32-7/8 15 1-1/4 88 23 78 39 11-7/8

6 481 14HH 8 - 7-1/2 20-7/16 15 7-1/2 36-3/4 17 1-1/4 98 23 88 44 19-9/16

6 481 15 8 5 6-3/4 18 14-1/4 6-3/4 32 16-3/4 1-1/4 88 21 78 39 12

6 481 18 8 5 8 18 16 8 32 18 1-1/4 88 22 78 39 12

6 481 20 8 5 8 18 15-3/4 8 32 18 1-1/4 88 22 78 39 12

8 481 17 10 5 8 18 17 8 32 17-3/4 2 88 24 78 39 12

8 481 21 10 7A 12-1/4 24-1/4 20 12-1/4 43 24 2 98 31 88 44 15-11/16

10 481 18 12 6B 13-1/2 21-7/8 18 13-1/2 38 22 2 98 32 88 44 18-1/8

D A / / / / 3 /

PRELIMINARY ONLY



PT. RODA NURMALA

Project

Checked

Approved

Drawn

Scale

Dwg. No :

UNSCALE

AY

STANDAR INSTALASI NFPA DIESEL, E LEC TRIC & JOC KEY FIRE PUMP

Single Line Pi ppe Drawing

RN-DK0031300810

RZ

This Draw Property of PT. Roda Nurmala, Shall be use for Corporate purpose. if this draw not used again, so expected to deleted this drawn.

NOTE :

This Draw just prelim inary only for describe the real condition.

NFPA 20 Piping & Accessories Standard Information

1500 GPM FIRE PUMP Jockey Pum p 12 M

Suction Pipe

Discharge Pipe

Relief Valve

Waste Cone

Metering Device

Suction Gate Valve

Suction Pipe

Discharge Pipe

Suction Gate Valve

8"

8"

6" x 6"

6" x 8"

8"

OS & Y Valve

OS

FW

COAL FIRED STATION B

FIRE PUMP ENGINES

MODELSJU6H-UFD0 JU6H-UF34 JU6H-UFABL2 JU6H-UF58 JU6H-UFAB76 JU6H-UFAAQ8

JU6H-UFD2 JU6H-UFG8 JU6G-UFM8 JU6H-UF50 JU6H-UF68 JU6H-UFAAPG

JU6H-UF30 JU6H-UFABL8 JU6H-UFM0 JU6H-UF52 JU6H-UF60 JU6H-UFAARG

JU6H UF32 JU6H UFABL0 JU6H UFM2 JU6H UF54 JU6H UF62 JU6H UF84

®

JU6H UFAAS0



FM-UL-cUL APPROVED RATINGS BHP/KW

JU6H-UF32 JU6H-UFABL0 JU6H-UFM2 JU6H-UF54 JU6H-UF62 JU6H-UF84 JU6H-UFAAS0

JU6HMODEL

RATED SPEED US-EPA

(NSPS)Available

Until1470 1760 2100 2350 2600 2800 3000

UFD0 110 82 144 107 148 110 12/31/09

UFD2 148 110 148 110 12/31/09

UF30 94 70 140 104 160 119 160 119 12/31/09

UF32 160 119 160 119 12/31/09

UF34 160 119 175 13112/31/11▲

12/31/12▼+

UFG8 130 97 149 111 12/31/09

UFABL8 136 101 173 129 12/31/09

UFABL0 173 129 173 129 173 129 12/31/09

UFABL2 173 129 173 129 12/31/09

UFM8 136 101 175 131 12/31/09

UFM0 175 131 207 154 200 149 12/31/08

UFM2 200 149 200 149 12/31/08

UF58 138 103 183 137 12/31/08

UF50 183 137 210 157 210 157 12/31/08

UF68 175 131 200 149 12/31/08

UF52 210 157 210 157 12/31/08

UF54 216 161 216 161 12/31/11

UFAAPG 220 164 N/A

UFAB76 225 168 12/31/11

UFAAQ8 227 169 N/A

UF60 200 149 240 179 240 179 12/31/08

UF62 240 179 240 179 12/31/08

UFAARG 252 188 N/A

USA EPA (NSPS) Emissions Compliant. Applies to John

Deere model year per Table 4 of 40 CFR Part 60 Sub PartIIII.

All Models are available for Export

N/A = Not Applicable / Non-Emissionized

+ Not Available in California

UF84 259 193 275 205 12/31/11

UFAAS0 260 194 N/A

SPECIFICATIONS

ITEMJU6H MODELS

D0 D2 30 32 34 G8 ABL8 ABL0 ABL2 M8 M0 M2 58 50 52 54 AB76 68 60 62 AAQ8 PG AARG/S0 84

Number of Cylinders 6

Asp irat ion T TRWA

Rotation* CW

–

▼

▲Greater than 174 HP

–

Compression Ratio 17.0:1

Displacement – cu. in. (L) 414 (6.8)

Engine Type 4 Stroke Cycle – Inline Construction

Bore & Stroke – in. (mm) 4.19 x 5.00 (106 x 127)Installation Drawing D536

Wiring Diagram AC C07591

Wiring Diagram DC C071590

Speed Interpolation OPT.

FIRE PUMP ENGINES

MODELS ®

JU6H-UFD0 JU6H-UF34 JU6H-UFABL2 JU6H-UF58 JU6H-UFAB76 JU6H-UFAAQ8

JU6H-UFD2 JU6H-UFG8 JU6G-UFM8 JU6H-UF50 JU6H-UF68 JU6H-UFAAPG

JU6H-UF30 JU6H-UFABL8 JU6H-UFM0 JU6H-UF52 JU6H-UF60 JU6H-UFAARG

JU6H-UF32 JU6H-UFABL0 JU6H-UFM2 JU6H-UF54 JU6H-UF62 JU6H-UF84 JU6H-UFAAS0



ENGINE EQUIPMENT

JU6H UF32 JU6H UFABL0 JU6H UFM2 JU6H UF54 JU6H UF62 JU6H UF84

EQUIPMENT STANDARD OPTIONAL

Air Cleaner Direct Mounted, Washable, Indoor Service with Drip Shield Disposable, Drip Proof, Indoor Service Outdoor Type

Alt ernat or 12V-DC, 42 Amps with Poly-Vee Belt and Guard 24V-DC, 40 Amps with Poly-Vee Belt and Guard

Exhaust Protection Metal Guards on Manifolds and Turbocharger

Coupling Bare Flywheel Listed Driveshaft and Guard, UFD0/D2/30/32/34 –CDS20-S1;

UFG8/ABL8/ABL0/ABL2/M8/M0/M2/58/50/52/54/AB76/68/60/62/AA

Q8/AARG/AAPG/84/S0 –CDS30-S1

Exhaust Flex Connection Stainless Steel Flex, 150# ANSI Flanged Connection, 5” Stainless Steel Flex, 150# ANSI Flanged Connection, 6”

Flywheel Housing SAE #3

Flywheel Power Take Off 11.5” SAE Industrial Flywheel Connection

Fuel Connections Fire Resistant, Flexible, USA Coast Guard Approved, Supply andReturn Lines

Stainless Steel, Braided, cUL Listed, Supply and Return Lines

Fuel Filter Primary Filter with Priming Pump

Fuel Injection System Stanadyne Direct Injection

Engine Heater 120V-AC, 1500 Watt 240V-AC, 1500 Watt

Governor, Speed Constant Speed, Mechanical

Heat Exchanger Tube and Shell Type, 60 PSI (4 BAR), NPT(F) Connections

Instrument Panel English and Metric, Tachometer, Hourmeter, Water Temperature,

Oil Pressure and Two (2) Voltmeters

Junction Box Integral with Instrument Panel; For DC Wiring Interconnection to

Engine Controller

Lube Oil Cooler Engine Water Cooled, Plate Type

Lube Oil Filter Full Flow with By-Pass Valve

Lube Oil Pump Gear Driven, Gear Type

Overspeed Control Electronic with Reset and Test on Instrument Panel

Raw Water Solenoid Operation Automatic from Fire Pump Controller and from Engine Instrument

Panel

Run – Stop Control On Instrument Panel with Control Position Warning Light

Run Solenoid 12V-DC Energized to Run 12V-DC Energized to Stop; 24V-DC Energized to Run; 24V-DC

Energized to Stop

Starters Two (2) 12V-DC Two (2) 24V-DC

Adustable S eed Control Tam er Proof,

Water Pump Centrifugal Type, Poly-Vee Belt Drive with Guard

Abbreviations :DC –Direct Current, AC –Alternating Current, SAE –Society of Automotive Engineers, NPT(F) –National Pipe Tapered Thread (Female)



JU6H-UF62

INSTALLATION & OPERATION DATA (I&O Data)



USA Produced

( )

Basic Engine Description

Engine Manufacturer John Deere Co.

Ignition Type Compression (Diesel)

Number of Cylinders 6

Bore and Stroke - in (mm) 4.19 (106) X 5 (127)

Displacement - in³ (L) 415 (6.8)

Compression Ratio 17.0:1

Valves per cylinderIntake 1

Exhaust 1

Combustion System Direct Injection

Engine Type In-Line, 4 Stroke Cycle

Fuel Management Control Mechanical, Rotary Pump

Firing Order (CW Rotation) 1-5-3-6-2-4Aspiration Turbocharged

Charge Air Cooling Type Raw Water

Rotation, viewed from front of engine, Clockwise (CW) Standard

Engine Crankcase Vent System Open

Installation Drawing D536

Weight - lb (kg) 1693 (768)

Power Rating 2350 2600

Nameplate Power - HP (kW) 240 (179) 240 (179)

Cooling System - [C051127] 2350 2600Engine Coolant Heat - Btu/sec (kW) 101 (107) 118 (125)

Engine Radiated Heat - Btu/sec (kW) 54 (57) 54 (57)

Heat Exchanger Minimum Flow60°F (15°C) Raw H20 - gal/min (L/min) 23 (87.1) 25 (94.6)

95°F (35°C) Raw H20 - gal/min (L/min) 25 (94.6) 26 (98.4)

Heat Exchanger Maximum Cooling Raw WaterInlet Pressure - psi (bar) 60 (4.1)

Flow - gal/min (L/min) 40 (151)

Typical Engine H20 Operating Temp - °F (°C) 180 (82.2) - 195 (90.6)

ThermostatStart to Open - °F (°C) 187 (86.1)

Fully Opened - °F (°C) 196 (91.1)

Engine Coolant Capacity - qt (L) 14.79 (14)

Coolant Pressure Cap - lb/in² (kPa) 10 (68.9)

Maximum Engine Coolant Temperature - °F (°C) 200 (93.3)

Minimum Engine Coolant Temperature - °F (°C) 160 (71.1)

High Coolant Temp Alarm Switch - °F (°C) 205 (96.1)

Electric System - DC Standard Optional

System Voltage (Nominal) 12 24

Battery Capacity for Ambients Above 32°F (0°C)Voltage (Nominal) 12 [C07633] 24 [C07633]

Qty. Per Battery Bank 1 2

SAE size per J537 8D 8D

CCA @ 0°F (-18°C) 1400 1400

Reserve Capacity - Minutes 430 430

Battery Cable Circuit, Max Resistance - ohm 0.0012 0.0012

C

JU6H-UF62

INSTALLATION & OPERATION DATA (I&O Data)



USA Produced

Exhaust System 2350 2600

Exhaust Flow - ft.³/min (m³/min) 1345 (38.1) 1484 (42)

Exhaust Temperature - °F (°C) 883 (473) 898 (481)

Maximum Allowable Back Pressure - in H20 (kPa) 30 (7.5) 30 (7.5)

Minimum Exhaust Pipe Dia. - in (mm)[3] 5 (127) 5 (127)

Fuel System 2350 2600

Fuel Consumption - gal/hr (L/hr) 11.2 (42.4) 12.7 (48.1)

Fuel Return - gal/hr (L/hr) 7 (26.5) 8.6 (32.6)

Fuel Supply - gal/hr (L/hr) 18.2 (68.9) 21.3 (80.6)

Fuel Pressure - lb/in² (kPa) 4 (27.6) - 6 (41.4)

Minimum Line Size - Supply - in. .50 Schedule 40 Steel Pipe

Pipe Outer Diameter - in (mm) 0.848 (21.5)

Minimum Line Size - Return - in. .375 Schedule 40 Steel PipePipe Outer Diameter - in (mm) 0.675 (17.1)

Maximum Allowable Fuel Pump Suction Liftwith clean Filter - in H20 (mH20) 31 (0.8)

Maximum Allowable Fuel Head above Fuel pump, Supply or Return - ft (m) 4.5 (1.4)

Fuel Filter Micron Size 5

Heater System Standard Optional

Engine Coolant Heater

Wattage (Nominal) 1500 1500

Voltage - AC, 1 Phase 120 (+5%, -10%) 240 (+5%, -10%)

Part Number [C124948] [C124949]

Air System 2350 2600

Combustion Air Flow - ft.³/min (m³/min) 538 (15.2) 587 (16.6)

Air Cleaner Standard Optional

Part Number [C03396] [C03327]

Type Indoor Service Only, with Shield Canister, Single-Stage

Cleaning method Washable Disposable

Air Intake Restriction Maximum LimitDirty Air Cleaner - in H20 (kPa) 12 (3) 10 (2.5)

Clean Air Cleaner - in H20 (kPa) 6 (1.5) 5 (1.2)

Maximum Allowable Temperature (Air To Engine Inlet) - °F (°C)[4] 130 (54.4)

Lubrication System

Oil Pressure - normal - lb/in² (kPa) 40 (276) - 60 (414)

Low Oil Pressure Alarm Switch - lb/in² (kPa) 20 (138)

In Pan Oil Temperature - °F (°C) 220 (104) - 245 (118)

Total Oil Capacity with Filter - qt (L) 21.1 (20)

Lube Oil Heater Optional Optional

Wattage (Nominal) 150 150

Voltage 120V (+5%, -10%) 240V (+5%, -10%)

Part Number C04430 C04431

Performance 2350 2600

BMEP - lb/in² (kPa) 195 (1340) 176 (1210)

Piston Speed - ft/min (m/min) 1958 (597) 2167 (661)

Mechanical Noise - dB(A) @ 1m C131783

CLARKEFire Protection Products

JU4H & JU6H ENGINE MODELS

ENGINE MATERIALS AND CONSTRUCTION



Air Cleaner Valves

Type…………..………….. .. Indoor Usage Only Type…….. ……………… Poppet

Oiled Fabric Pleats Arrangement………… … Overhead Valve

Material……..…..…….…… Surgical Cotton Number/Cylinder………… 1 intake Aluminum Mesh 1 exhaust

Operating Mechanism… Mechanical Rocker Arm

Air Cleaner - Optional Type of Lifter…………….. Large Head

Type…………………………Canister Valve Seat Insert…………Replaceable

Material…………………… Pleated Paper

Housing………………..……Enclosed Fuel Pump

Type…… ……………… Diaphragm

Camshaft Drive……………………… Cam Lobe

Material………….………….Cast Iron

Chill Hardened Heat Exchanger (USA)

Location…………...….…….In Block Type……………………… Tube & Shell

Drive……………….………..Gear, Spur Materials

Type of Cam…………..…... Ground Tube& Headers………… Copper

Shell…… ……………… Copper

Electrode………………… Zinc

Type………………….Raw Water Cooled

Heat Exchanger (UK)

Materials (in contact with raw water) Type……………………… Tube & Bundle

Tubes…… ………………… 90/10 CU/NI Materials

Headers ………………… 36500 Muntz Tube& Headers………… Copper

Covers ………………… 83600 Red Brass Shell………………. Aluminum

Plumbing ………………… 316 Stainless Steel/ Brass

90/10 Silicone

Coolant Pump Injection Pump

Type…… .…………………Centrifugal Type………………………. Rotary

Drive…… ……… ……… Poly Vee Belt Drive……………………… Gear

Coolant Thermostat Lubrication CoolerType…………………………Non Blocking Type……………………… Plate

Qty………………………… 1

Lubrication Pump

Connecting Rod Type……………………… Gear

Type…………………………I-Beam Taper Drive……………………… Gear

Material…………………… Forged Steel Alloy

Crank Pin Bearings Main Bearings

Type…………………………Precision Half Shell Type……………………… Precision Half Shells

Number…………………… 1 Pair Per Cylinder Material……………………Steel Backed-Aluminum LinedMaterial…………………… Wear-Guard

Crankshaft Piston

Material…………………… Forged Steel Type and Material……… Aluminum Alloy with Reinforced

Type of Balance……………Dynamic Top Ring Groove

C li Oil J t S

Charge Air Cooler (JU6H-60,62,68,74,84, ADK0,

AD58, ADNG, ADN0, ADQ0, ADR0, AAQ8, AARG,

ADP8, ADP0, ADT0, AD88, ADR8, AD98, ADS0,

ADW8, ADX8, AD98 only)



JU6H UF62



6 Cylinders

Four Cycle

Lean Burn

Turbocharged & Raw Water Aftercoole

2350 240 11.2 (42) 0.22 2.88 0.59 0.22 883 (473) 1345 (38)

2600 240 12.7 (48) 0.26 2.76 0.80 0.30 898 (481) 1484 (42)

Notes:

1)

2)

3)

4) PM is a measure of total particulate matter, including PM 10 .

by John Deere Corporation. A copy of the John Deere Emission Warranty can

be found in the Clarke Operation and Maintenance Manual.

Engines are rated at standard conditions of 29.61in. (7521 mm) Hg barometer

and 77°F (25°C) inlet air temperature. (SAE J1349)

FUEL

GAL/HR

(L/HR)

6068HF120 Base Engine Model manufactured by John Deere Corporation.

For John Deere Emissions Conformance to EPA 40 CFR Part 60 see Page 2 of 2.

The Emission Warranty for this engine is provided directly to the owner

500 PPM SULFUR #2 DIESEL FUEL

JU6H-UF62

Stationary Fire Pump Engine Driver

EMISSION DATAEPA 40 CFR Part 60

EXHAUSTRPM BHP (3)

GRAMS / HP- HR

PM (4)NMHC CONOx °F (°C)CFM

m3/min

John Deere Power Systems3801 W. Ridgeway Ave., PO Box 5100Waterloo, Iowa USA 50704-5100



31 October 2007

Subject: Fire Pump Ratings – Conformance to EPA 40 CFR Part 60 (NSPS requirements)

All John Deere stationary fire pump engines conform to the requirements of 40 CFR Part 60. All suchengines include an emission label, stating the engine conforms to the requirements of 40 CFR Part 60. Anexample of the emission label is show below:

This label applies to all of the following engine models, sold to Clarke Fire Protection, for use in stationaryfire pump applications:



CLARKECLARKECLARKECLARKEwww.clarkefire.com

RPM BHP OVERALL 31.5 Hz 63 Hz 125 Hz 250 Hz 500 Hz 1k Hz 2k Hz 4k Hz 8k Hz 16k Hz

dB(A) dB(A) dB(A) dB(A) dB(A) dB(A) dB(A) dB(A) dB(A) dB(A) dB(A)

2350 240 106.8 66.3 68.1 80.7 85.8 92.5 98.6 101.6 100.2 93.0 86.6

2600 240 107.8 66.5 67.8 83.6 87.8 93.1 98.0 101.8 100.7 94.5 86.3

RPM BHP OVERALL 31.5 Hz 63 Hz 125 Hz 250 Hz 500 Hz 1k Hz 2k Hz 4k Hz 8k Hz 16k Hz

dB(A) dB(A) dB(A) dB(A) dB(A) dB(A) dB(A) dB(A) dB(A) dB(A) dB(A)

2350 240

2600 240

* Values above are provided at 3.3ft (1m) from engine block and do not include the raw exhaust noise.

The above data reflects values for a typical engine of this model, speed and power in a free-field environment.

Mechanical Engine Noise *

Installation specifics such as background noise level and amplification of noise levels from reflecting off of surrounding objects will affect

** Values above are provided at 3.3ft (1m), 90 o horizontal, from a vertical exhaust outlet and does not include noise created mechanically

by the engine

Raw Exhaust Engine Noise **

Octave Band

Octave Band

To Be Provided Later

Fire Protection Products

JU6H-UF62FIRE PUMP DRIVER

NOISE DATA

AURORA®

FIRE PUMPSSTANDARD FIRE PUMP ACCESSORIES

Section 916 Page 201Date September 2013


STANDARD FIRE PUMP ACCESSORIES



E

D

C

"A" PIPE TAP INCASING DISCHARGE

VALVE INLET SIZE "B"(PIPING BY OTHERS)

CASING RELIEF VALVE3/4" NPT OUTLET

1/2" PIPING BYOTHERS (SEE NOTE 5)

FLOAT-OPERATEDAIR RELEASE VALVE

1/2" NPT OUTLET

3-1/2" (89) DIA. SUCTION AND

DISCHARGE GAUGES WITH1/4" SHUT-OFF COCKS

Dated February 2005

PIPE SIZE

“A”

TAP SIZE

2-1/2-481-10

3-481-10

4-481-11

4-481-15 5-481-11

5-481-15

5-481-17 1-1/4”

6-481-11

6-481-11HH

6-481-14HH

6-481-15

6-481-18

6-481-20

8-481-12

8-481-21

10-481-15

10-481-18D

NOTES:

1. Dimensions are in inches (mm) and mayvary ± 1/4” (6).

2. Accessories shown are shipped loose for

field installtion.

3. Casing relief valve is to be adjusted to

appropriate pressure upon field installtion

4. Casing relief valve is furnished on electric

motor driven units only.

5. Two stage pumps require both vent taps

piped to air release valve.

6. Suction guage range is 30”-0-150 PSI for

suction pressures up to 75 PSI, or 30”-0-

300 PSI for suction pressures over 75 PSI.

7. Discharge gauge range is 0-300-PSI for

pumps with rated discharge pressures up

to 150 PSI, or 0-600 PSI for pumps with

rated discharge pressures over 150 PSI.

CASING RELIEF VALVE

SYSTEM

VALVE

G.P.M.

INLET “C”

SIZE - “B”

250

500

750



Dated June 2002

AURORA®

FIRE PUMPSAUTOMATIC AIR RELEASE VALVE

AUTOMATIC AIR RELEASE VALVE



Dated June 2002

1/2 NPT" OUTLET

5-1/8 (130)

6-5/16

(160)

1/2" NPT INLET

HYDR8AC

(VAL-MATIC VM-22.7)

OR APPROVED EQUAL USED

WITH HORIZONTAL FIRE PUMPS

WORKING PRESSURE UP TO 300 PSI

(FM APPROVED)

9-1/2 (241)

2" NPT OUTLET

12

(305)

AIR RELEASE VALVE

SERIES NO A

ERIE N

AIR RELEASE VALVE



PART NO.

1

2

3

4

5

6

7

10

11

12

13

14

17

21

34

MATERIAL

CAST IRON ASTM A126, CLASS B

CAST IRON ASTM A126, CLASS B

STAINLESS STEEL T316, ASTM A240



COMPRESSED NON-ASBESTOS FIBER

ALLOY STEEL SAE, GRADE 5


VITON


STAINLESS STEEL PH 15-7 MO

STEEL

STAINLESS STEEL T316, ASTM F879

STAINLESS STEEL T316, ASTM F593


PART NAME

BODY

COVER

LEVER FRAME

SEAT

FLOAT

GASKET

COVER BOLT

FLOAT ARM

ORIFICE BUTTON

PIVOT PIN

PIN RETAINER

PIPE PLUG

FLOAT RETAINER

LOCATOR

LOCK WASHER

NOTE: ALL SPECIFICATIONS AS

SERIES NO. 15A

STANDARD MATERIALS OF CONSTRUCTION

ERIE N . 1

V



V

PROVIDING

SYSTEM

EFFICIENCYAND

PROTECTION

AIR VALVES

Bulletin 1500

NSF/ANSI 61

Certified

TABLE OF CONTENTS

UNDERSTANDING AIR VALVES



UNDERSTANDING AIR VALVES

Air and Its Impact on a Water and Wastewater System pp. 3-7

Features and Benefits pp. 8-9

AIR VALVE APPLICATIONS

Look to Val-Matic for Solutions p. 10

Applications, Functions, Purpose and Features p. 11

TECHNICAL DATA

Air Release Valves pp. 12-13

Air/Vacuum Valves pp. 14-15

Combination Air Valves pp. 16-19

Surge-Suppression Air Valves pp. 20-21

Well Service Air Valves pp. 22-23

AIRAIR&

Its Impact on a Water and Wastewater System



O

ne of the most misunderstood aspects of the

Water & Wastewater industry is the presence

of air in a pipeline and its impact on opera-

tions. Many operational problems, especially at the time

of initial start-up, including broken pumps, valves and

pipe, as well as faulty instrumentation readings, are

blamed on inadequate thrust blocking, improper pipeline

bedding, etc. In reality, many of these problems are not

caused by improper installation of the line, but by failure

to de-aerate the line. Properly de-aerating your pipeline

will safeguard it from air-related problems, however if no

steps are taken to accomplish this, you should be ready for

trouble.

SOURCES OF AIR

Air in a pressurized, operating pipeline comes from three

primary sources. First, prior to start-up, the line is not

empty - it is full of air. To entirely fill a pipeline with fluid,

it is necessary to eliminate this air. As the line fills, much

of this air will be pushed downstream to be released

through hydrants, faucets, etc. but a large amount will

become trapped at system high points (Figure 1). This

phenomenon will occur because air is lighter than water

and therefore, will collect at the high points. This air will

continuously be added to by the second and third sources

as the system continues operation.

The third source of air is that which enters through

mechanical equipment (Figure 2). This includes air being

forced into the system by pumps as well as air being

drawn in through packing, valves, etc. under vacuum con-

ditions. As one can see, a pressurized pipeline is never

without air and typically the volume is substantial.

IMPACT OF AIR ON SYSTEM

Now that we have identified the air sources, let us consider

their impact on the system. Two problems are apparent.

The pocket(s) of air accumulating at a high point(s) can

result in a line restriction (Figure 3). Like any restriction, the

AIR COLLECTS AT HIGH POINT

F L O W

AIR BUBBLES RISE

TO HIGHT POINTINCREASING IN SIZE

FLOW

Water Level

Check Valve

Well ServiceAir Valve

Vertical Pump

Figure 1

Air in pipeline collects at high points

Figure 2

Air entering through mechanical equipment

k ( ) f i i h dl d i d f ill l d hi h (

“Air in a pressurized pipeline is a serious concern. Obviously, its removal will result in a moreefficient, cost effective operation and potentially avoid more serious problems.”



pocket(s) of air increases headloss, extends pumping

cycles and increases energy consumption. The presence of

air can also promote corrosion of pipe and fittings. As aircontinues to accumulate at system high points, the fluid

velocity increases as the fluid is forced through a smaller

and smaller opening.

As the pocket(s) grows, one of two phenomena will occur.

The first possibility is a total flow stoppage (Figure 4). If sys-

tem dynamics are such that the air cannot be continuously

removed by the increased fluid velocity and pushed down-

stream, then this could happen. As the pocket(s) contin-

ues to accumulate air, a pressure drop higher than pump

capacity can develop and stop all flow.

The second, and more likely occurrence, is that the

increased velocity will cause all, or part of, the pocket to

suddenly dislodge and be pushed downstream (Figure 5).The sudden and rapid change in fluid velocity when the

pocket dislodges and is then stopped by another high point,

can and often will, lead to a high pressure surge (water

hammer). Serious damage to valves, fittings, gaskets, or

even breakage of the line can occur. This is the mostserious of the possible consequences of air being allowed

to accumulate in system high points.

HISTORICAL SOLUTIONS

As we can see, air in a pressurized pipeline is a serious

concern. Obviously, its removal will result in a more effi-

cient, cost effective operation and potentially avoid moreserious problems. In the early 1900's, engineers and water

works personnel started developing an understanding of

the problems associated with air and the search for a solu-

tion began. Some depended on standpipes, believing that a

large portion of the air would be expelled through them.

F L O W

F L O W

Figure 4

Air pockets can lead to total flow stoppage

Hydrant

Air Pocket

Butterfly ValveDistribution Line

Figure 6

Opening a hydrant may not eliminate air pockets

THE AIR VALVE SOLUTION

“An added benefit of an Air/Vacuum Valve is its ability to provide pipeline vacuum protection. If anegative pressure develops, the valve will open, admitting air into the line, reducing the potential for

surges related to column separation and possible pipeline collapse.”

AIR EXHAUST



Today, most municipalities utilize Automatic Air Valves.

They are available in many different designs andconfigurations for a wide range of applications. Their

function is to automatically release and admit air without

operator assistance. Today, countless Air Valves are

performing this task around the globe on a daily basis.

Air Valves are available in three basic configurations

(Figure 7): Air Release Valves, Air/Vacuum Valves and

Combination Air Valves. Correct sizing and location of allthree types are critical. Every high point greater than one

pipe diameter where the pipeline converts from a positive

grade to a negative grade requires an air valve. Even min-

imal high points with small air pockets can cause serious

surge problems and reduce line efficiency. In addition, it

is recommended that air valves be installed every half

mile or 2500 feet on straight horizontal runs (AWWA

M51). Air Valve Sizing Software is available, see page 27.

by water, raising the float and closing the valve orifice. As

air accumulates, the valve will continue to cycle in this

manner to remove collected air.

AIR/VACUUM VALVES

Air/Vacuum Valves (Figure 9), sometimes referred to as

"large orifice" valves, are used to exhaust large quantities

of air upon system start-up, as well as allowing air to re-

enter the line upon system shut down or system failure.

As water enters the valve, the float will rise, closing the dis-

charge port. The valve will remain closed until system

pressure drops to near zero psi. t will not open to release

any accumulation of air while the system is under pres -

sure

Figure 7

Basic Air Valve configurations

Air Release Valve

Air/Vacuum Valve

Combination

Air Valve

CLOSED

POSITION

OPEN

POSITION

WATER LEVEL

WATER LEVEL

AIR ENTERING

VALVE

Figure 8

Air Release Valve in Operation

AIR EXHAUSTING

WATER LEVEL

OPEN

Air exhausted during

pipeline fill

WATER AIR RELEASE VALVES

Installation DimensionsAir Release Valves



WATER AIR RELEASE VALVES

Inlet

Size

Outlet

Size

Model

Number

CWP

PSI

Orifice SizeDimensions

A B

1/2” NPT 1/2” NPT 15A*• 175 1/16” 4 3/4” 5 1/4”

3/4” NPT 1/2” NPT 15A.2*• 175 1/16” 4 3/4” 5 1/4”

1” NPT 1/2” NPT 15A.3*• 175 1/16” 4 3/4” 5 1/4”

1” NPT 1/2” NPT 22.3*• 175 3/32” 5 1/8” 6”

1/2” - 3/4” NPT 1/2” NPT 22.4*• 175 3/32” 5 1/8” 6”

1/2” NPT 1/2” NPT 22.7*• 300 1/16” 5 1/8” 6”

1/2” - 1” NPT 1/2” NPT 22.9* 300 1/16” 5 1/8” 6”

3/4” - 1” NPT 1/2” NPT 25.5* 150 1/8” 6 1/8” 7”

3/4” - 1” NPT 1/2” NPT 25.6* 300 3/32” 6 1/8” 7”

1” NPT 1/2” NPT 38* 150 3/16” 7” 10”

1” NPT 1/2” NPT 38HP* 500 1/8” 7” 10”

2” NPT 1/2” NPT 38.2* 150 3/16” 7” 10”

1” NPT 1/2” NPT 38.5* 300 5/32” 7” 10”

2” NPT 1/2” NPT 38.6* 300 5/32” 7” 10”

2” NPT 1” NPT 45* 150 23/64” 9 1/2” 12 1/4”

2” NPT 1” NPT 45HP* 400 3/16” 9 1/2” 12 1/4”

3” NPT 1” NPT 45.2* 150 23/64” 9 1/2” 12 1/4”

2” NPT 1” NPT 45.5* 300 7/32” 9 1/2” 12 1/4”

3” NPT 1” NPT 45.6* 300 7/32” 9 1/2” 12 1/4”

2” NPT 1” NPT 50* 500 7/32” 10 7/8” 13”

2” NPT 1” NPT 50HP* 1000 1/8” 10 7/8” 13”

6” 125lb Flg 1” NPT 61* 150 1” 18 3/4” 22”

A

B

A

B

15A - 50HP

Air Release Valve

*NSF/ANSI 61 Certified •UL Listed/FM Approved

B

A

61

Air Release Valve

WASTEWATER AIR RELEASE VALVES

Inlet

Size

Outlet

Size

Model

Number

CWP

PSIOrifice Size

Dimensions

A B

2” NPT 1/2” NPT 48A 150 3/16” 7” 15 5/16”3” NPT 1/2” NPT 48A.2 150 3/16” 7” 15 5/16”

2” NPT 1/2” NPT 48A.4 75 5/16” 7” 15 5/16”

3” NPT 1/2” NPT 48A.5 75 5/16” 7” 15 5/16”

2” NPT 1” NPT 49A 150 7/16” 9 1/2” 17 9/16”

1/2” NPT /2” NP 15A*• 175 /16 4 3/4” 5 1/4”



Make the change to QUALITY!

SpecifyVVal-Matic’s quality of design and meticulous workmanship has set

the standards by which all others are measured. Quality design

features such as Type 316 stainless steel trim as standard on Air

Release, Air/Vacuum and Combination Air Valves...combined

resilient/metal to metal seating for Silent Check® Valves...stabi-

lized components that provide extended life of the Dual Disc®

Ch k V l hi h t th d i t t l i b

plug valve, and the American-BFV® Butterfly Valve that provides

a field replaceable seat without the need for special tools. These

features coupled with our attention to detail put Val-Matic valves

in a class by themselves. The VaultSafe® family of products includ-

ed the FloodSafe™ Inflow Preventer, FrostSafe® two-way

damper and the VentSafe® vent pipe security cage.



Dated April 2012

AURORA®

FIRE PUMPSOPTION 79 - MAIN RELIEF VALVE

OPTION 80 - WASTE CONE



"A" MAIN RELIEF VALVE INLET SIZE

WASTE CONE

"A" MAIN RELIEF VALVE INLET SIZE

"X" 125# ANSI FLANGE

RELIEF VALVE OUTLET

C

D

WASTE CONE

"X" 125# ANSI FLANGE

RELIEF VALVE OUTLET

G

E

Y

F

B

Y

❑ Spring-Operated Main Relief Valve ❑ 125# INLET FLANGE

❑ 250# INLET FLANGE

❑ Enclosed Waste Cone

❑ Pilot-Operated Main Relief Valve ❑ 125# INLET FLANGE

❑ 250# INLET FLANGE

❑ Enclosed Waste Cone

PUMP INLET SPRING-OPERATED PILOT OPERATED WASTE CONE RATING A FLANGE MAIN RELIEF VALVE MAIN RELIEF VALVE

G.P.M. RATING B C D E F G X Y

125# 6 14-7/8 4

250 3 5-7/8 21-1/4 6-1/8 (152) (378) (102) 5 11

500250#

(149) (540) (155) 6 15-1/4 4-3/8 (279)

(152) (387) (111)

125#

7-5/8 16-15/16 5-1/16 6 11750

4 6-7/16 22-5/8 6-5/8 (194) (430) (129) (279)

1000

250# (163) (575) (168) 7-15/16 17-1/4 5-3/8 8 11-1/2

(202) (438) (137) (292)

1250125#

10 19-7/8 6 8 14

1500 6 8-1/2 36 9-3/8 (254) (505) (152) (356)

2000250#

(216) (914) (238) 10 20-3/8 6-1/2 10 11-1/2

2500 (254) (518) (195) (292)

125# 12-3/4 22-7/8 8

3000 8Not Available

(324) (581) (203) 12 12

3500250#

12-3/4 22-7/8 8-1/2 (305)

50B-4KG1 Globe2050B-4KG1 Angle

MODEL



Fire Protection Pressure Relief Valve

2050B 4KG1 Angle

€ U.L. Listed / U.L.C. Listed

€ Factory Mutual Approved

€ Fast Opening to Maintain Steady Line Pressure

€ Accommodates Wide Range of Flow Rates

€ Closes Gradually for Surge-Free Operation€ Adjustable Pressure Settings, Not Affected by

Pressure At Valve Discharge

The Cla-Val Model 50B-4KG1 Globe / 2050B-4KG1 Angle

Pressure Relief Valve is designed specifically to automati-

cally relieve excess pressure in fire protection pumping sys-

tems. Pilot controlled, it maintains constant system pres-

sure at the pump discharge within very close limits asdemands change. The 50B-4KG1 and 2050B-4KG1 can be

supplied with optional internal and external epoxy coating of

the main valve wetted surfaces.

At pump start, Cla-Val Relief Valve modulates to relieveexcess pump capacity, maintaining positive system pres-sure at the pump discharge.

When fire demand slows or ceases, Cla-Val Model50B-4KG1 opens, diverting entire pump output to dis-charge, allowing fire pump to be stopped without causingsurging in the lines.

(Please note that if the Model 50B-4KG1 is to be used on

Operation SequenceTypical Application KOModel 2050B-4KG1Pressure Relief Valve

(Angle Pattern)

Fire Pump

2050B-4KG1 (Angle)

U.L. Listed...............Sizes 3" thru 10"F.M. Approved.........Sizes 3" thru 10"U.L.C. Listed............Sizes 2Ž thru 10Ž

L A B

LLED B Y

U N DE R W R

I T E R S

L AB O RA T O R I

E S

O F

C A N A D A

ULC

Specifications

Globe: 2" - 10Ž flangedAngle: 2" - 10" flanged

150 and 300 ANSI B16.42

class - 175 psi Max.

DimensionsB

G

Sizes

End Details

Pressure Ratings= U.L., F.M. sizes



Model 2050B-4KG1 AngleModel 50B-4KG1 Globe

We recommend providing adequate space around valve for maintenance work.

class - 300 psi Max

Water, to 180°F Max.

Main Valve Body & Cover Ductile Iron ASTM A-536Naval Bronze ASTM B61Other Material Available

Standard Main Valve Trim: Bronze Seat, Teflon CoatedStainless Steel Stem, Dura-Kleen Stem

Standard Pilot Control System: Cast Bronze withStainless Steel trim

Available in the following reliefpressure ranges:20-200 psi (150 Class)100-300 psi (300 Class)

Protective epoxy resin coatingof wetted surfaces of mainvalve cast iron components(UL listed HNFX EX2855)

C

F

H E

C

D

A

The Fire Pump Pressure Relief Valve shall modulate to relieve excesspressure in a fire protection system. It shall maintain constant pressurein the system regardless of demand changes. It shall be pilot controlledand back pressure shall not affect its set point. It shall be actuated byline pressure through a pilot control system and open fast in order tomaintain steady system pressure as system demand decreases. It shallclose gradually to control surges and shall re-seat drip-tight within 5% ofits pressure setting. The main valve shall be of the hydraulically-operat-ed, pilot-controlled, diaphragm-type, globe or angle valve. It shall havea single, removable, teflon-coated seat, a grooved stem guided at bothends, and a resilient disc with a rectangular cross section, being con-

tained on 3 1/2 sides. No external packing glands shall be permitted andthe diaphragm shall not be used as a seating surface. The pilot controlshall be a direct-acting, adjustable, spring-loaded, diaphragm-type valvedesigned for modulating service to permit flow when controlling pressureexceeds spring setting. This valve shall be UL Listed and Factory Mutualapproved. It shall be the Model 50B-4KG1 (globe) or Model 2050B-4KG1 (angle) Pressure Relief Valve as manufactured by Cla-Val NewportBeach, California.*Special Note:The Model 50B-4KG1 Pressure Relief Valve is available with 300# ANSIinlet flange and 150# ANSI outlet flange. This valve is used on higher

pressure systems where 300# flange connections are required, andallows for adapting of a discharge cone (generally supplied with 150#flange) to accommodate "atmospheric break" at relief valve discharge.This relief valve, with 300# / 150# flanges is available on special order,and is UNDERWRITERS LABORATORIES LISTED AND FACTORYMUTUAL APPROVED.

Purchase Specifications

g

Materials

Adjustment Range

OptionalValve Size (inches) 2Ž 2-1/2Ž 3Ž 4Ž 6Ž 8Ž 10Ž

Threaded Ends 9.38 11.00 12.50 - - - - - - - - - - - -

A 150 Flanged 9.38 11.00 12.00 15.00 20.00 25.38 29.75

300 Flaanged 10.00 11.62 13.25 15.62 21.00 26.38 31.12

300 X 150 12.88 15.31 20.56 25.88 30.44

B 3.31 4.00 4.56 5.75 7.88 10.00 11.81

C 12.00 12.25 12.50 13.00 14.31 16.31 18.00

D 1.50 1.69 2.66 3.19 4.31 5.31 9.25Threaded Ends 4.75 5.50 6.25 - - - - - - - - - - - -

E 150 Flanged 4.75 5.50 6.00 7.50 10.00 12.75 14.88

300 Flanged 5.00 5.88 6.38 7.88 10.50 13.25 15.56

Threaded Ends 3.25 4.00 4.50 - - - - - - - - - - - -

F 150 Flanged 3.25 4.00 4.00 5.00 6.00 8.00 8.62

300 Flanged 3.50 4.31 4.38 5.31 6.50 8.50 9.31

G&H 6.00 6.69 7.75 7.88 8.50 9.75 13.25

Valve Size ((mm) 50 65 80 100 150 200 250

Threaded Ends 238 279 318 - - - - - - - - - - - -

A 150 Flanged 234 279 305 381 508 645 756

300 Flaanged 254 295 337 397 533 670 790

300 X 150 - - - - - - 327 389 522 657 773

B 84 102 116 146 200 254 300

C 305 311 1318 330 363 414 457

D 38 43 65 81 109 135 235

Threaded Ends 121 140 159 - - - - - - - - - - - -

E 150 Flanged 121 140 152 191 254 324 378

300 Flanged 127 149 162 200 267 337 395Threaded Ends 83 102 114 - - - - - - - - - - - -

F 150 Flanged 83 102 102 127 152 203 219

300 Flanged 89 109 111 135 165 216 236

G&H 152 170 197 200 216 248 337

AURORA®

FIRE PUMPSOPTION 91 - FLOW METERING SYSTEM



Dated June 2002



NOMINAL BUTT-WELD GROOVED CLASS 150 FLANGES

FLOW RATE PIPE OPTION “A” AURORA OPTION “A” AURORA OPTION “B” AURORA

G.P.M. SIZE NUMBER DIM. PART NUMBER NUMBER DIM. PART NUMBER NUMBER DIM. PART NUMBER

100 2.5 91MP 3 366-0377-649 91LN 4 366-0337-649 91PL 9.5 366-0244-649

150 3 91MR 3.5 366-0378-649 91LP 4.38 366-0338-649 91PM 9 366-0245-649

200 3 91MT 3.5 366-0379-649 91LR 4.38 366-0339-649 91PN 9 366-0246-649

4 91MW 3.5 366-0380-649 91LT 5 366-0340-649 91PP 9.5 366-0247-649

250 4 91NA 3.5 366-0381-649 91M 3.75 366-0154-649 91PR 9.5 366-0248-649

5 91ND 5 366-0384-649 91MB 5 366-0343-649 91RA 12 366-0251-649

300 4 91NB 3.5 366-0382-649 91LW 3.75 366-0341-649 91PT 9.5 366-0249-649 450 4 91NC 3.5 366-0383-649 91MA 3.75 366-0342-649 91PW 9.5 366-0250-649

5 91NE 5 366-0385-649 91MC 5 366-0344-649 91RB 12 366-0252-649

500 5 91NF 5 366-0386-649 91N 5 366-0155-649 91RC 12 366-0253-649

6 91NH 6 366-0388-649 91ME 6 366-0346-649 91RE 13 366-0255-649

750 5 91NG 5 366-0387-649 91MD 5 366-0345-649 91RD 12 366-0254-649

6 91NJ 6 366-0389-649 91P 6 366-0156-649 91RF 13 366-0256-649

1000 6 91NK 6 366-0390-649 91R 6 366-0157-649 91RG 13 366-0257-649

8 91NP 7 366-0392-649 91MF 7 366-0347-649 91RJ 15 366-0359-649

1250 6 91NL 6 366-0391-649 91T 6 366-0158-649 91RH 13 366-0258-649 8 91NR 7 366-0393-649 91MG 7 366-0348-649 91RK 15 366-0360-649

1500 8 91NT 7 366-0394-649 91W 7 366-0159-649 91RL 15 366-0361-649

10 91PC 8 366-0398-649 91MH 8 366-0349-649 91RR 16 366-0355-649

2000 8 91NW 7 366-0395-649 91AA 7 366-0160-649 91RM 15 366-0362-649

NOTES: 1. Accuracy is approximately ± 1%.

2. Flow meter is Gerand Model K Venturi type rated for 500 PSIwith butt-weld or grooved connections and for 275 PSI withClass 150 flanged connections.

3. Proper operation requires that minimum distances of straightpipe runs be maintained both upstream and downstreamfrom flowmeter. Refer to manufacturer’s instructions beforeattempting installation.

4. Meter range is 50% to 200% of nominal rated flow. Dial is directreading in G.P.M. for the specified range.

GERAND VENTURI FLOW METERS



AURORA®

FIRE PUMPSDIESEL ENGINE MUFFLERS

Section 916

Page

261

Date July 2012


Dated August 2011

B



MUFFLER INLET & OUTLET

SIZE – 150# ANSI FLANGE

A DIA.

ENGINE MODELMUFFLER

INLET & OUTLET

COMMERCIAL GRADE RESIDENTIAL GRADE CRITICAL GRADE

A B WGT A B WGT A B WGT

CATERPILLAR

3406C 6" FLANGED 12 42 35 12 54 43 16 73 131

3412C*, 3508C, C18* 8" FLANGED 18 49 110 18 61 124 20 75 220

CLARKE FIRE PROTECTION

JU4H-UF10, -UF12, -UF14, -UF20, -UF22, -UF24,

-UFAB26, -UFAEA0, -UFAEE8, -UFAEF2, -UFADJ2,

-UFADJ8 3" NPT 8 36 19 8 42 21 10 42 42

JU4R-UF09, -UF11, -UF13, -UF19, -UF21, -UF23,

-UFAEA9, -UFAEE7, -UFAEF1

JU4H-UF30, -UF32, -UF34, -UF40, -UF42, -UF 50,-UF52, -UF54, -UF58, -UFADJG, -UFADP0, -UFADR0, -UFADW8, -UFADY8, -UFAD5G 4" FLANGED 10 36 24 10 46 29 12 55 68

JU4R-UF40, -UF49, UF51 -UF53

JU6H-UF30, -UF32, -UF34, -UF 50, -UF52, -UF54,-UF58, -UF60, -UF62, -UF62, -UF68, -UF84,-UFAAPG, -UFAAQ8, -UFAARG, -UFAAS0,-UFAB76,-UFABL0, -UFABL8, -UFD0, -UFD2, -UFG8, -UFM0,-UFM2, -UFM8, -UFAD58, -UFAD88, -UFADM0,-UFADM8, -UFADN0, -UFADNG, -UFADP8

5" FLANGED 10 42 27 10 54 34 14 61 92

DP6H SERIESJW6H-UF30, -UF40, UF48

DS0H SERIES*5" FLANGED 10 42 27 10 54 34 14 61 92

DR8H SERIES*

JW6H-UF50, -UF58, -UF60, -UF8, -UFAAM8,

-UFAA80, -UFADD0, -UFADB0, -UFADF0, -UFADJO,-FAD70, -UFAD80

6" FLANGED 12 42 35 12 54 43 16 73 131JU6H-UFAD98, -UFADP0, -UFADQ0, -UFADR0,

-UFADR8, -UFADS0, -UFADS8, -FADT0, -UFADW8-UFADX8

DQ6H SERIES

DT2H SERIES*

JX6H SERIES 8" FLANGED 18 49 110 18 61 124 20 75 220

CUMMINS

CFP5E, CFP59, CFP7E Series 4" NPT, FLANGED 10 36 24 10 46 29 12 55 68

AURORA®

FIRE PUMPSEXHAUST FLEX CONNECTORS

Section 916

Page

262Date July 2012


Dated August 2011



*FLANGED FLEX CONNECTOR PROVIDED BY DIESELENGINE MANUFACTURER. NO ADDITIONAL FLEXCONNECTOR OR ADAPTOR FITTING IS REQUIRED ORPROVIDED BY AURORA.

ANSI FLANGE

BY AURORA

FLEX CONNECTOR

BY DIESEL ENGINE

MANUFACTURER

FLANGE TO FIT

DIESEL ENGINE

EXHAUST OUTLET

STYLE B*

STYLE A

ENGINE MODEL

MUFFLER

CONNECTIONSIZE

FLEX

CONNECTORSTYLE

CATERPILLAR

3406C 6" FLANGED B

3412C*, 3508C, C18* 8" FLANGED B

CLARKE FIRE PROTECTION

JU4H-UF10, -UF12, -UF14, -UF20, -UF22,-UF24, -UFAB26, -UFAEA0, -UFAEE8, -UFAEF2,-UFADJ2, -UFADJ8 3" NPT AJU4R-UF09, -UF11, -UF13, -UF19, -UF21,

-UF23, -UFAEA9, -UFAEE7, -UFAEF1JU4H-UF30, -UF32, -UF34, -UF40, -UF42, -UF50, -UF52, -UF54, -UF58, -UFADJG, -UFADP0,-UFADR0, -UFADW8, -UFADY8, -UFAD5G 4” FLANGED A

JU4R-UF40, -UF49, UF51 -UF53

JU6H-UF30, -UF32, -UF34, -UF 50, -UF52,-UF54, -UF58, -UF60, -UF62, -UF62, -UF68,-UF84, -UFAAPG, -UFAAQ8, -UFAARG,-UFAAS0,-UFAB76, -UFABL0, -UFABL8,-UFD0, -UFD2, -UFG8, -UFM0, -UFM2, -UFM8,-UFAD58, -UFAD88, -UFADM0, -UFADM8,

-UFADN0, -UFADNG, -UFADP8

5” FLANGED B

DP6H SERIES

JW6H-UF30, -UF40, UF48

DS0H SERIES*5" FLANGE B

DR8H SERIES*

JW6H-UF50, -UF58, -UF60, -UF8, -UFAAM8,

-UFAA80, -UFADD0, -UFADB0, -UFADF0,

-UFADJO, -FAD70, -UFAD80

6" FLANGED BJU6H-UFAD98, -UFADP0, -UFADQ0, -UFADR0,

-UFADR8, -UFADS0, -UFADS8, -FADT0,-UFADW8 -UFADX8

DQ6H SERIES

DT2H SERIES*

JX6H SERIES 8" FLANGED B

CUMMINS

CFP5E, CFP59, CFP7E Series 3" NPT, FLANGED, CUFF A, B

CFP83 Series 4" NPT, FLANGED, CUFF A, B

CFP9E Series 4" NPT, FLANGED, CUFF A, B

CFP11E Series 5" NPT, FLANGED, CUFF A,B

CFP15E Series 6" FLANGED B



DEUTZ

DFP4-2011 Series 3" NPT A

AURORA®

FIRE PUMPS

SINGLE WALL FUEL TANKS WITH FITTINGS


Date June 2010


Dated April 2009

2

1911



NOTES1. All dimensions are in inches and may vary ± 1/4”.2 Components shown are shipped loose for field assembly

NOMINAL USABLE TANK SIZE VOLUME A B C D E F G H L Z IN GALLONS IN GALLONS

119 105 24 (609) 61 (1548) 6 (152) 6 (152) 6 (152) 19 (482) 37 (939) 14 (355) 3 (76) 4

187 165 30 (761) 61 (1548) 6 (152) 6 (152) 6 (152) 19 (482) 37 (939) 16 (406) 3 (76) 4

300 270 38 (964) 61 (1548) 6 (152) 6 (152) 6 (152) 19 (482) 37 (939) 23 (584) 3-3/4 (95) 4

359 320 36 (914) 73 (1853) 6 (152) 6 (152) 6 (152) 31 (787) 44 (1117) 23 (584) 3-3/4 (95) 4

572 515 48 (1218) 73 (1853) 6 (152) 6 (152) 6 (152) 31 (787) 44 (1117) 30 (761) 4-3/4 (121) 4

849 766 64 (1626) 61 (1548) 6 (152) 6 (152) 6 (152) 19 (482) 44 (1117) 30 (761) 4-3/4 (121) 4

1100 993 64 (1626) 79 (2007) 6 (152) 6 (152) 6 (152) 37 (940) 44 (1117) 30 (761) 4-3/4 (121) 6

COMPONENTS FURNISHED BY OTHERS

ITEM NO. QTY. REQ’D DESCRIPTION

20 1 “Z” Diameter Piping for Vent

21 1 1/2” Tubing and Fittings or

1/2” Black Pipe 22 1 3/4” Tubing and Fittings or 3/4” Black Pipe

C D E F

H

"A" DIA.

G

B

L

6"

2" NPT CPLGS. FOR

CUST. FURN. LEGS

14

21

721

10

20

5

8

2

3 9

1

12

14FUEL RETURN

FUEL SUPPLY

4

17

15

16

18

22

13

DIESEL FUEL TANKS:1. Tanks are constructed and labeled in accordance with UL-142.2. Fittings shown are consistent with N.F.P.A. 30 and UL-142.3. Tank to be pitched toward drain 1/4” per foot with outlet on the same elevation

as engine fuel pump. Means of elevating tank (by others) may be required.4. Usable tank volume is total capacity less 5% for sump and 5% for expansion.

COMPONENTS FURNISHED BY AURORA PUMP

ITEM NO. QTY. REQ’D DESCRIPTION

1 1 2” NPT Lockable Fuel Cap

2 1 2” Screened Tank Vent

3 1 Fuel Gauge 1-1/2” NPT 4 1 1” NPT Drain Plug

5 1 2” NPT Pipe Plug

7 1 1/2” Tee

8 1 1/2” Close Nipple

l ll

AURORA FIRE PUMPSFITTINGS FOR DIESEL FUEL TANKS

Section 916 Page 259Date April 2009


Dated November 2000

FIT INGS R DIE EL FUEL T

NKS



NOTES1. All dimensions are in inches and may vary ± 1/4".2. Components shown are shipped loose for field assembly.3 Ill t ti i f t id tifi ti l A t l i t ll ti t t

AURORA MODEL 481 & 485 PUMPSDIESEL BATTERIES, RACKS, & CABLES

Section 916 Page 251Date June 2002


Dated July 2001

DIESEL BATTERIES, RACKS, & CABLES



11(279)

20.75(527)

20.5(521)

16.25(419)

23.5(597)

5.5 (140)

BATTERY

BATTERYRACK

60" or 80"(1524 or 2032)

60" or 80"(1524 or 2032)

17/32 DIA. HOLE (TYPICAL)

POSITIVE CABLE

NEGATIVE CABLE

POS

POS

NEG

NEG

11

(279)

NOTES:

1. Dimensions are in inches (mm) and may vary ± 1/4" (6).

2. Batteries are 12 volt, lead-acid type D-8D, approximately

95 Ibs. each, dry.

3. Batteries are shipped dry. Electrolyte (approx.19 quarts

per battery) must be procured locally.

4. Refer to Section 916 page 252 for exact number of

batteries & cables to be furnished based on the

diesel engine manufacturer and model used.

5. Battery racks are fabricated steel, approximately20 Ibs. each.

6. Each rack holds 2 batteries. Racks are not to be stacked.

NOTES:

1. All cables are SAE J55BA type SGT withtensile attachment of 700-800 lbs.

2. Positive & negative cables 60" (1524) long are

2/0 gauge; positive & negative cables 80"

(2032) long are 3/0 gauge.

3 Terminal clamps have steel reinforced

AURORA MODEL 481 & 485 PUMPSDIESEL BATTERY CABLE DIAGRAMS

Section 916 Page 252Date October 2006


Dated June 2002

DIESEL BATTERY CABLE DIAGRAMS



REQUIRED COMPONENTS

(1) BATTERY RACK

(2) BATTERIES

(2) POSITIVE CABLES

(2) NEGATIVE CABLES12V

12V

NEG

NEG

POS

POS

POS

POS

POS

NEG

NEG

NEG

24V

REQUIRED COMPONENTS

(2) BATTERY RACKS

(4) BATTERIES(2) POSITIVE CABLES

(2) NEGATIVE CABLES

(2) INTERCONNECTING

CABLES

12 VOLT SYSTEM

24 VOLT SYSTEM

NOTES:

1. Clarke “VMFP,” “JU4H” & “JU6H” Engines require cable sets of different lengths. On these engine models, a 2/0 guage

postive and negative cable set 60” (1524 mm) long, and a 3/0 guage positive and negativecable set 80” (2032 mm) long

are furnished.

2. Refer to Section 916, Page 251 for details of batteries, racks and cables.

ENGINE APPLICABILITY

CUMMINS:

ALL “CFP” MODELS

CLARKE:ALL “JU4H” MODELS

ALL “JU64” MODELS

ALL “JW6H” MODELS

EDWARDS:

ALL MODELS

ENGINE APPLICABILITY

CLARKE:

ALL “JX6H” MODELS

CATERPILLAR:

ALL MODELS

Project:

Customer:

Engineer:

Pump Manufacturer:



Contents:

Pump Manufacturer:

Submittal Data SheetGPD Diesel Fire Pump Controller



FM GlobalNew York City

CE Mark

NEMA 12 NEMA 4X-304 sst painted IP54NEMA 3 NEMA 4X-304 sst brushed finish IP55NEMA 3R NEMA 4X-316 sst painted IP65NEMA 4 NEMA 4X-316 sst brushed finish IP66

Accessories

Bottom entry gland plate Wall mounting lugs Keylock handle

Grounding system

10A continuous charge 500mA trickle charge

Pressure readings with date stamp Event recording with date stamp

Under regular maintained operation, events can be stored in memory for up to 5 years Data viewable on operator interface display screenDownloadble by USB port to external memory device

Pressure

Readings

Continuous system pressure display Cut-in and Cut-out pressure settings

Pressure and

Event

Recorder

Standard,

Listings,

Approvals and

Certifications

Built to NFPA 20 (latest edition)

Underwriters Laboratory (UL)UL218 - Fire pump controllersCSA C22.2 No. 14 Industrial Control EquipmentClass 1321/1323Accepted for use in the City of New York by the Department of Buildings

Optional

Various EN, IEC & CEE directives and standards

Enclosure

Protection Rating

Standard: NEMA 2 (IP31)Optional

Paint Specifications

Electrical

Readings

Battery 1 & Battery 2 voltageBattery 1 & Battery 2 charging amperage Charging mode

Red RAL3002 Powder coating Glossy textured finish

General

AC

DC

Battery chargers

120V/1ph/60hz 208V to 240V/1ph/50-60hz 12VDC 24VDC Negative Two independent fully automatic




Audible Alarm

Engine run Periodic test Cranking cycle Main switch in AUTO Main switch in HAND Main switch in OFF

Overspeed Battery #1 & battery #2 failure Low fuel level Low oil pressure Charger #1 & charger #2 failure Water reservoir low High engine temperature AC Power available Fuel tank leak Fail to start Low pump room temperature Fail when running High fuel level System overpressure

Charger #1 and/or #2 failure Pressure line failure

High engine temperature Battery #1 and/or #2 failure Overspeed Fail to start DC Failure Fail when running Fuel injection malfunction* Loss of continuity (starter) #1 and/or #2 Low oil pressure

Low fuel level Low suction pressure Water reservoir low High Fuel level Low pump room temperature Water reservoir empty Fuel tank leak High pump room temperature AC failure

Expandable storage

4Ž alarm bell - 85 dB at 10ft. (3m)

Common controller trouble

Common engine trouble

H-O-A selector switch in AUTO H-O-A selector switch in OFF or HAND

Remote Alarm

Contacts

SPDT-8A-250V.AC Engine run (2)

Common pump room alarm

ViZi Touch

Operator

Interface

Embedded microcomputer with software PLC logic 4.2Ž color touch screen (HMI technology) Upgradable software

Multi-language

Visual and

Audible Alarms

ECM selector switch in alternate position**

Visual only

Visual and AudiblePump room temperature (ºF or ºC)

* Applicable to electronic engines only.** Applicable to electronic engines only. Alarms when ECM selector switch on the engine is in alternate mode.




Minimum run timer ***(off delay) Sequential start timer (on delay) Periodic test timer PressureNon-pressure Automatic Non-automatic

*** Automatic shutdown shall be approved by the AHJ.

Start on pressure dropRemote start signal from automatic device

Manual Start

Crank 1 and Crank 2 start pushbuttons Run test pushbutton Deluge valve start

Remote start from manual device

Selector Switch

Timers

3 X 15s crank from battery 1 or 2 alternativelyOperation

15s rest in between each crank attempt

StoppingManual with Stop pushbutton Automatic after expiration of minimum run timer ***

HAND-OFF-AUTO Behind lockable and breakable cover

Automatic Start

Actuation

ModeVisual Indication

Field Adjustable & Visual Countdown

Crank Cycle 6 consecutive cycle attempts

Manual Start Or Remote Start Run Test or Periodic test

Alarm only ShutdownAlarm Only ShutdownShutdown Shutdown

Alarm &

Shutdown

Schedule

Automatic Start

High Coolant Alarm onlyLow Oil Pressure Alarm only

Overspeed Shutdown

Dimensions in inches (mm)

Approx. Shipping Weight in

Lbs (kg) Dimensions in inches (mm)

Approx. Shipping Weight in

Lbs (kg)

27-5/8"h x 23-3/4"w x 9"d 50"h x 23-3/4"w x 9"d

(700 x 600 x228 ) (1220 x 600 x 228)

Wall Mount Floor Mount

120 (55) 145 (67)




A1 Periodic test alarm contact (Form C-SPDT)A2 Overspeed alarm contact (Form C-SPDT)A3 Low oil pressure alarm contact (Form C-SPDT)

A4High coolant temperature alarm contact(Form C-SPDT)

A5Failure to start alarm contacts alarm contact(Form C-SPDT)

A6Battery 1 & 2 failure alarm contact

(2 x Form C-SPDT)A7

Charger 1 & 2 failure alarm contact(2 x Form C-SPDT)

A8 AC failure alarm contact (Form C-SPDT)

A9System overpressure alarm contact(For engines with PLD) (Form C-SPDT)

A11Extra controller trouble alarm contact(Form C-SPDT)

A12Extra engine trouble alarm contact(Form C-SPDT)

AxAdditional engine alarm contact alarm contact(Form C-SPDT) (specify function)

B1 Low fuel level alarm contact (Form C-SPDT)

B2Water reservoir level low alarm contact(Form C-SPDT)

B3Water reservoir empty alarm contact(Form C-SPDT)

B4Low pump room temperature alarm contact(Form C-SPDT)

B5 High fuel level alarm contact (Form C-SPDT)

B6

Low system (discharge) pressure alarm contact

(Form C-SPDT)

B7Low suction pressure alarm contact(Form C-SPDT)

B8 Pump on demand alarm contact (Form C-SPDT)B9 Fuel tank leak alarm contact (Form C-SPDT)

B10Main relief valve open alarm contact(Form C-SPDT)

B11Flow meter loop valve open alarm contact(Form C-SPDT)

B12Water reservoir level high alarm contact

(Form C-SPDT)B13

High pump room temperature alarm contact(Form C-SPDT)

BxAdditional pump room alarm contact(Form C-SPDT) (specify function)

C5 CE Mark with factory certificate

C14Delayed automatic start on AC power failure(factory set at 15 minutes)

C15 Low zone pump control functionC16 Medium zone pump control functionC17 High zone pump control function

C19Lockout/interlock circuit from equipment installedinside the pump room

D4

Pressure transducer and run test solenoid valve

for fresh water rated for 0-500 PSI (for calibrationpurposes only)

D6Pressure transducer and run test solenoid valvefor sea water rated for 0-500 PSI

D7ALow fuel level float switch supplied as separateitem (1.1/4Ž)

D7BLow fuel level float switch supplied as separateitem (1.1/2Ž)

D8AHigh fuel level float switch supplied as separateitem (1.1/4Ž)

D8B

High fuel level float switch supplied as separate

item (1.1/2Ž)D9A Anti-condensation heater & thermostatD9B Anti-condensation heater & humidistat

D9CAnti-condensation heater & thermostat &humidistat

D11Low suction pressure transducer for fresh waterrated for 0-300PSI with visual indication and alarmcontact

D11ALow suction pressure transducer for sea waterrated for 0-300PSI with visual indication and alarm

contactD12 TropicalizationD17 French labelingD18 Spanish labelingD19 Other languagesD25 Mounting standD25A Mounting stand SST- 304 paintedD25B Mounting stand SST- 304 brushed finishD25C Mounting stand SST- 316 paintedD25D Mounting stand SST- 316 brushed finish

D26 Combined low and high fuel level float switch(1- 1/4Ž)

D26ACombined low and high fuel level float switch(1-1/2Ž)

D27 Fuel level probe (1-1/4Ž) Level indicationD28 Field programmable I/O board - 8 input / 5 output




1 Power LED 8 USB port

ViZiTouch Operator Interface

??

4

9 10

12 13

11

14

5 6 7

3

2

1

8

21



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PERTAMINA BALIKPAPAN

‐DEPOT

PANGKALAN

BUN,



JOCKEY PUMP

Aurora Vertical Multistage In-Line

Model : PVM 10 - 14




Customer :Project name : Default Pump Performance DatasheetEncompass 2.0 - 15.1.3.0

Item number : 012Service :Quantity : 1Quote number : 259241

Size : PVM(X)15-9Stages : 9Based on curve number : PVM(X)15-9-50HzDate last saved : 20 May 2015 4:37 AM

Operating Conditions

Flow, rated : 12.00 m3/h

Differential head / pressure rated (requested) : 11 00 bar

Liquid

Liquid type : Water

Additional liquid description :



Differential head / pressure, rated (requested) : 11.00 barDifferential head / pressure, rated (actual) : 11.50 barSuction pressure, rated / max : 0.00 / 0.00 bar.gNPSH available, rated : AmpleFrequency : 50 HzPerformance

Speed, rated : 2,915 rpmImpeller diameter, rated : PVM(I/X)15-9Impeller diameter, maximum : PVM(I/X)15-9Impeller diameter, minimum : PVM(I/X)15-9

Efficiency : 64.42 %NPSH required / margin required : - / 0.00 mnq (imp. eye flow) / S (imp. eye flow) : N/A Metric unitsMinimum Continuous Stable Flow : 8.51 m3/hHead, maximum, rated diameter : 12.45 barHead rise to shutoff : 8.28 %Flow, best eff. point (BEP) : 18.49 m3/hFlow ratio (rated / BEP) : 64.89 %Diameter ratio (rated / max) : 100.00 %Head ratio (rated dia / max dia) : 100.00 %

Cq/Ch/Ce/Cn [ANSI/HI 9.6.7-2010] : 1.00 / 1.00 / 1.00 / 1.00Selection status : Acceptable

Additional liquid description :Solids diameter, max : 0.00 mmSolids concentration, by volume : 0.00 %Temperature, max : 20.00 deg CFluid density, rated / max : 0.998 / 0.998 kg/dm3Viscosity, rated : 1.00 cStVapor pressure, rated : 0.02 bar.aMaterial

Material selected : Not specifiedPressure Data

Maximum working pressure : 12.45 bar.gMaximum allowable working pressure : N/AMaximum allowable suction pressure : N/AHydrostatic test pressure : N/ADriver & Power Data

Driver sizing specification : Rated powerMargin over specification : 0.00 %Service factor : 1.15 (used)Power, hydraulic : 3.83 kW

Power, rated : 5.95 kWPower, maximum, rated diameter : 7.30 kWMinimum recommended motor rating : 11.19 kW / 15.00 hp (Fixed)

0.0

2.5

5.0

7.5

10.0

P o w e r - k W

Power

6.0

7.5

9.0

10.5

12.0

13.5

15.0

H e a d - b a r

PVM(I/X)15-9

5158

6367

67

69

69

70

70

Minimum Continuous Stable Flow


General Arrangement DrawingPumpData

Model PVM(X)15-9

Stages 9

Flow 53

Head 369

Rotation Right

Liquid Type Water

Suc/Disch Size 2.5

Actual Pressure 2.82 bar.g

Ambient Temperature 20 00 deg C

Encompass 2.0 - 15.1.3.0



A B C D E F

790 428 263 95.25 1,313 263

NOTES:

Alldimensions arein mm.

Dimensions shown may vary ± 1/4"(6mm) due to normal manufacturing tolerances.

Not for construction, installation, or application purposesunless certified.

Measurements represent the largest number possible for eachmodel usingstandard efficiency motors.

Ambient Temperature 20.00 deg C

Max Ambient Temperature 0.00deg C

Liquid Temperature 20.00 deg C

Liquid Temp Rating 20.00 deg C

Connection Suc/Disch 250

Motor Data

Power 11.19 kW

Phase 3

Hertz 50 Hz

Volts 190/380

RPM 2,915 rpm

Frame Size 254TCZ

Efficiency Rating premium

Enclosure TEFC

PumpMaterial Data

Pump Material stainless steel

Elastomer EPDM

Estimated Weights

Pump 360.9 kg

Total 360.9 kg

Additional Options

-

-

Certification Correct

Customer

Customer Quote# 259241

Job Name Default

Market -

Quote Item # 012

Quote Date 21 Feb 2013

VERTICAL MULTISTAGE CENTRIFUGAL PUMPS

PVM(X)

PUMP CONSTRUCTION

POS. NAME MATERIAL PVM 1, 3, 5, 10, 15, 20 PVMX 1, 3, 5, 10, 15, 20

36 Pump Head Cast Iron EN GJL 200 ; ASTM 25B EN-GJS-450-10 ; ASTM



PVM – 1, 3, 5, 10, 15, 20 PVMX – 1, 3, 5, 10, 15, 20

36 Pump Head Cast Iron EN-GJL-200 ; ASTM 25B EN GJS 450 10 ; ASTM65-45-12

56 Pump Head Cover Stainless Steel - 1.4401 ; AISI 316

18 Impeller Stainless Steel 1.4301 ; AISI 304 1.4401 ; AISI 316

37 Shaft Stainless Steel 1.4057 ; AISI 431 1.4401 ; AISI 316

48 Outer Sleeve Stainless Steel 1.4301 ; AISI 304 1.4401 ; AISI 316

82O-Ring for Outer

SleeveEPDM - -

12 Chamber Stainless Steel 1.4301 ; AISI 304 1.4401 ; AISI 31624 Neck Ring PTFE - -

59 Base Cast Iron EN-GJL-200 ; ASTM 25B -

Stainless Steel - 1.4401 ; AISI 316

62 Base Plate Cast Iron - EN-GJL-200 ; ASTM 25B

44 Coupling Fe-Cu-C SINT C11 ; MPIF FC0525 SINT C11 ; MPIF FC0525

57 Mechanical Seal Cartridge Type - -

Jockey Pump ControllerReduced Voltage Wye-delta Open Starter

JPY M o d e l



Reduced Voltage Wye delta Open StarterSolid State Controls with Digital

Operator Interface

The model JPY jockey pump controllers are specifically

designed to control jockey pumps in order to maintain

the desired water pressure in fire pump serviced systems.

A jockey pump installation prevents unnecessary startingof the fire pump due to small leaks in the sprinkler system

piping.

motor run, system pressure above stop pressure

setting, system pressure in-between start and stop

pressure setting and system pressure below start

pressure setting.

The standard power circuit consists of a horsepower

rated disconnect switch, a wye-delta open transition

ti t t t d th ti t

Standard Features:

• Solid state controls with digital iPD+operator interface

• All adjustments on door front• Visual indicators • Manual motor run • Automatic motor run • System pressure • Automatic mode

• Off mode • Motor overload • Pump start counter

•

Elapsed time meter(hours / non-resettable)

• Timers• Minimum run period timer

• Sequential start timer• Operators • OFF-AUTO pushbutton

• Start and stop pushbuttons• NEMA 2 enclosure• Pressure transducer• Wye-delta open transition fuseless magnetic motor starter

JPY

6

Operator Interface

M o d e l

7



HOW TO ORDER: JPx - V / HP / Ph / Hz

Ex.: JPY - 208 / 2 / 3 / 60

2

3

45

6

1

1 - High luminosity four digit digital display2 - System status diagnostic LED’s for:

i. Green: system pressure at or above cut-outvalue

ii. Yellow: system pressure between cut-inand cut-out

iii. Red: system pressure at or below cut-in value3 - Motor run LEDs (manual start or automatic start)

Americas Europe Middle East Asia

4 - Start and stop pushbuttons5 - Navigation keypad6 - OFF-AUTO position pushbutton and visual

indication (LED)7 - Horsepower rated door interlocked rotary type disconnect switch8 - Wye-delta open transition fuseless magnetic motor starter with thermo-magnetic motor

protector9 - Pressure transducer with 0-600psi

range and 316 stainless steel construction

9

8

Technical Data

Model JPY Jockey Pump Controller



Underwriters Laboratory (UL) UL508A - Industrial Pump Controllers

CSA CSA C22.2 No. 14 Industrial Control Equipment

New York City Accepted for use in the City of New York by the Department of Buildings

Optional

CE Mark Various EN, IEC & CEE directives and standards

Standard: NEMA 2 (IP31)

Optional

NEMA 12 NEMA 4X-304 sst painted

Reduced Voltage

100%

Inrush Current: 33% of normal load current

33%

Motor Type:

2 at 58%, 1 at 33% of motor FLC

OL1

C1

T1T1

C2

T2

T3

T2

T3

T6T6

T4T4

T5 T5

C3

P1

T h i l D t S b itt l D t

Project:

Customer:



Model JPY

Wye-Delta Open Transit ion Start

Jockey Pump Control ler

Technical Data Submittal Document

Contents:

Technical Data




Wye-Delta

Open Transition

Starter

Control Circuit

iPD+ Operator

Visual Indications

Timers

Counters

Operators

Operation

Automatic Start Start on pressure drop

Manual Start Start pushbutton

Stopping Stop pushbutton

Technical Data


A4 Elapsed time meter (time totalizer) L01



A4 Elapsed time meter (time totalizer)

A5 Motor run alarm contact

A6 Loss of power alarm contact

A7

A7A

D12

D13A

D14

D18 Audible alarm

D19 Anti-condensation heater and thermostat

D20 Anti-condensation heater and humidistat

D21

D22

D23 Controller power healthy pilot light and alarm contact

D24

Pump failure via current sensing relay with pilot light and dry

alarm contact

D25 Low zone pump control function

D26 Mid zone pump control function

D27 High zone pump control function

D28 Selector switch in auto alarm contacts

D29 Selector switch in off alarm contacts

D30 Motor heater circuit

D32

Service entrance rated - 100kA short circuit withstand rating:

D33

Service entrance rated - 65kA short circuit withstand rating:

D34Service entrance rated - 42kA short circuit withstand rating:

L01

L02 French

L03 Spanish

L04

L05 Italian

L06 Polish

L07 Romanian

L08 Hungarian

L09 Slovak

L10 Croatian

L11 Czech

L12 Portuguese

L13 Dutch

L14 Russian

L15

L16 Swedish

L17 Bulgarian

L18

L19 Indonesian

L20 Slovenian

Technical Data


iPD+



iPD

AUTOHAND

9

5

6

32

1

8

74

JPY-DI500 /E

ModelDimension

:JPY

NYCDpt of Building

Approved

Drawing No.

DD/MM/YYDESCRIPTION

PER QUOTE DRAWING No.

REV.

Jockey Pump Controller Reduced Voltage / Wye Delta (Open Transition)

DF C

FU13L21L1

5L3

DS1OL1

0 First Issue 24/07/14

1 Dimension Table and Notes 17/10/14

Built to the latest edition of the UL 508A & CSA C22.2 No.14 2 IPD+ R221B 23/01/14

3 4 5 6 720 1 8

B

A A

B



Projection

Standard Internal Layout

Dimension Enclosure Dimension Door Dimension Anchor

Dimension*Maximum Motor Horsepower

Main Disconnect

RatingLabel

- All Dimensions are in Inches [Millimeters]- Use Watertight Conduit and Connector Only.- Protect Equipment Against Drilling Chips.

Notes:

Sensing Line

Connection

DS

ON

O F F

D A N G E R

F C

EG

A

B

38 "[9] x4

HAND AUTO

G

Y

R

GG

- Door Swing Equal to Door Width

E NCLO S E D INDUS T RIA L CO NT RO L P A NE L

Laboratori es Inc .

No. A C-X X X

LIS T E D

Underwri te rs

NYC

- Standard NEMA: NEMA 2- Standard Paint: Textured Red RAL 3002.

PT1

T 1

T 2

T 3

T 5

T 4

T 6

C3

XTR12T1 4T2 6T3

C2 C1

Manufacturer reserves the right to modify this drawing without notice.Contact manufacturer for "As Built" drawing.-*Dimension may change depending on option required. Consult Factory for exact

dimensions.

- Drawing for information only.

A X B X C

TBD TBD

TBD

D X E F X G200-208V

7.5HP

20HP

30HP

220-240V

7.5HP

380-416V

15HP

30HP

40HP

440-480V

20HP

50HP

60HP

575-600V

25HP

60HP

N/A

20HP

30HP

1/4 " M.NPT

G

H

C

D

E

F

I

3 4 5 6 720 1 8

G

H

I

C

D

E

F

ModelWiring schematic JPY-WS500 /E

:JPY

NYCDpt of Building

Approved

Drawing No.

DD/MM/YYDESCRIPTION


REV.


L1 L3L2

DSG


1 Remove Dimension Table 17/10/14

Built to the latest edition of the UL 508A & CSA C22.2 No.14

B l a c k

Pressure Sensor

W h i t e

G r e e n

R e d

Type 0-100mV

P T 1

G

Y

R

RGWB 5 S

2 IPD+ R221B 23/01/14

3 4 5 6 720 1 8

B

A A

B



FU1

X2

X1

XTR1

H1

H2 3

1

OL1

C1

T1

C2

T2 T3T6 T4 T5

G

T 3T 2T 5 T 1T 4T 6

C3

P1

C1 A1 A2

C113 14 10

C313 14

C31221 22

C21421 22

C2 A1 A2

C3 A1 A2

C167 68

C155 56

11

13

Manufacturer reserves the right to modify this drawing without notice.Contact manufacturer for "As Built" drawing.

- Drawing for information only.

HAND AUTOGG

P s I n -

P s O u t -

P s O u t +

P s I n +

A2

RESET

F5

" IPD+"

J2

J5

J8

J3 J1

J9

OUTPUT ON

A1

G

3 1 22 8

24Vac24Vac

J19

A2

A1

A2

A1

OUT2

OUT1

24Vdc

J21

IN2

IN1

G

H

C

D

E

F

I

3 4 5 6 720 1 8

G

H

I

C

D

E

F

OL17 A1 A2

9

Model:JPY

NYCDpt of Building

Approved

Drawing No.

DD/MM/YYDESCRIPTION


REV.


3 Phases

Power Connections and Motor Connections

Built to the latest edition of the UL 508A & CSA C22.2 No.14 JPY-TD500 /E


1 Remove Dimension Table 17/10/14Line and Motor Terminal Size 2 IPD+ R221B 23/01/14

3 4 5 6 720 1 8

B

A A

B



L2L1

DS

L3

P1

C2 C1

T6 T 4 T5 T1 T2 T3

200-208V

7.5HP #14 AWG - #8 AWG 1.8 Nm

10HP #12 AWG - #4 AWG 1.8 Nm

15HP #4 AWG - #1/0 AWG 5.65 Nm

200-208V

7.5HP #14 AWG - #10 AWG 1 Nm

20HP #16 AWG - #6 AWG 1.5 Nm

30HP #10 AWG - #2 AWG 2 Nm

220-240V

7.5HP

380-416V

15HP

30HP

40HP

440-480V

20HP

50HP

60HP

575-600V

25HP

60HP

N/A

#14 AWG - #2 AWG

#14 AWG - #2 AWG

#6 AWG - #2 AWG

#14 AWG - #2 AWG

#12 AWG - #2 AWG

#12 AWG - #2 AWG

220-240V

10HP

10HP

15HP

380-416V

15HP

20HP

25HP

440-480V

20HP

25HP

30HP

575-600V

15HP

25HP

40HP

20HP

30HP

Line Terminals (L1,L2,L3,GND)

Maximum Motor Horsepower Wire Size Copper Only Torque

Motor Terminals (T1,T2,T3,T4,T5,T6,GND)

Maximum Motor Horsepower Wire Size Copper Only Torque

Wire Size Ground Copper Only

Wire Size Ground Copper

Only

Bonding Ground

3 Phases

Incoming Power

G

H

C

D

E

F

I

3 4 5 6 720 1 8

G

H

I

C

D

E

F

tech data 1500 gpm - for power island system rev.01

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