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Page 3 
PBG

II

-9 

C.   BURNER CAPACITY TABLES 

300

500

750

1000

2000

3000

5000

(BTUx10

3

/hr)

310

520

750

1,030

2,040

3,000

5,040

(kW)

82

138

198

272

540

794

1,333

(scfh)

3,170

5,350

7,790

10,680

21,100

31,120

52,200

(nm

3

/hr)

85

143

209

286

565

834

1,398

(in.w.c.)

3.9

5.2

5.9

5.9

5.5

5.5

5.5

(mbar)

9.7

12.9

14.7

14.7

13.7

13.7

13.7

(in.w.c.)

3.2

4.5

4.1

4.3

3.5

4.5

3.1

(mbar)

8.0

11.2

10.2

10.7

8.7

11.2

7.7

(inches)

12

14

27

34

60

66

72

(mm)

305

356

686

864

1524

1676

1829

(inches)

3

5

6

8

12

16

16

(mm)

76

127

152

203

305

406

406

Flame Length

Flame Diameter

PBG BURNER

BURNER MODEL

SPECIFICATIONS                 

Capacity

Air Capacity

Body Air Pressure

Gas Inlet Pressure

 

Table 1. PBGII Burner Capacities 

NOTES:  

1. Capacities based on Natural Gas with HHV of 1,034 BTU/ft3 (Standard), and LHV of 
36.74 MJ/nm3 (Metric), 0.59 S.G., and a stoichiometric ratio of 9.74:1 with burner firing into 
chamber under no pressure at 10% excess air. 
2. Air and fuel flows based on STP operating conditions at sea level and industry standard 
air and gas piping practices. 
3. Gas Inlet Pressures supplied for natural gas.  Pressures are for reference only, not for 
burner setup. 
4. Flame lengths measured from end of burner tile. 
5. The above operating specifications are achievable by the burner. Not all control systems 
or components will produce these results. 
6. Consult gas manifold packages for expected performance. 
7. Packaged blower will produce the above pressures and flow at neutral conditions. 

 

300

500

750

1000

2000

3000

5000

(BTUx10

3

/hr)

350

570

810

1,110

2,220

3,260

5,480

(kW)

93

151

214

294

587

862

1,450

(BTUx10

3

/hr)

330

540

780

1,070

2,130

3,130

5,260

(kW)

87

143

206

283

563

828

1,391

(BTUx10

3

/hr)

320

530

770

1,050

2,090

3,070

5,150

(kW)

85

140

204

278

553

812

1,362

(BTUx10

3

/hr)

310

520

750

1,030

2,040

3,000

5,040

(kW)

82

138

198

272

540

794

1,333

(BTUx10

3

/hr)

300

510

730

1,010

1,990

2,930

4,920

(kW)

79

135

193

267

526

775

1,301

(BTUx10

3

/hr)

290

490

720

990

1,950

2,860

4,810

(kW)

77

130

190

262

516

757

1,272

+0.5"wc (1.2 mbar)

PBG BURNER

CAPACITY AT PRESSURE CONDITIONS

DUCT PRESSURE

-1.0"wc (2.5mbar)

-0.5"wc (1.2mbar)

-0.25"wc (0.6 mbar)

Neutral Chamber

+0.25"wc (0.6 mbar)

 

Table 2. Burner Capacities at Pressure Conditions 

 

      

 

Содержание PBGII 1000

Страница 1: ...NUFACTURING CO 100 North Harris Street Cleona PA 17042 717 272 3051 3 14 www hauckburner com Fax 717 273 9882 PBGII 9 INSTRUCTIONS These instructions are intended to serve as guidelines covering the installation operation and maintenance of Hauck equipment While every attempt has been made to ensure completeness unforeseen or unspecified applications details and variations may preclude covering ev...

Страница 2: ...duct The PBGII Packaged Gas Burner is designed for operation in chambers with pressure ranging from 0 5 to 1 0 inches w c 1 2 to 2 5 mbar For further information on any components supplied with the package see specific product literature available from Hauck B RECEIVING AND INSPECTION Upon receipt check each item on the bill of lading and or invoice to determine that all equipment has been receive...

Страница 3: ...tandard air and gas piping practices 3 Gas Inlet Pressures supplied for natural gas Pressures are for reference only not for burner setup 4 Flame lengths measured from end of burner tile 5 The above operating specifications are achievable by the burner Not all control systems or components will produce these results 6 Consult gas manifold packages for expected performance 7 Packaged blower will pr...

Страница 4: ...he space around the alloy tile with ceramic fiber suitable for the temperatures involved Ceramic fiber packing should not extend past wall thickness Installation of the high temperature gasket between the burner mounting plate flange and the oven or furnace wall is recommended for all positive pressure ovens or furnaces 5 On installations using the auxiliary firing tube the area between the burner...

Страница 5: ...e phase and frequency must be compatible with the motor and electrical accessory nameplate ratings All wiring to the burner blower air control motor and control accessories must be completed before the burner is ignited Every motor is dual rated for frequency voltage however any burner unit to be used with a 50 Hz power supply should also select a VFD The VFD converts any incoming power supply to ...

Страница 6: ...ns where the burner needs to be tuned to the application If using a combustion air valve and actuator the valve travels 90 from closed to the fully open position The valve is designed for use with a directly coupled IC40 actuator which is controlled by a 4 20 mA input signal The air valve must be at the ignition position to light the burner which for most applications will be 20 to 30 open For app...

Страница 7: ...ential Proper burner operation may also require the use of a limiting adjustable orifice and metering orifice in addition to the standard NFPA or ratio regulated manifolds High chamber pressure may require boost air or the specification of a different combustion blower In applications with positive pressure consult Hauck Applications that have a 50 Hz supply voltage should select the VFD option fo...

Страница 8: ...tion Figure 3 Spark Igniter Flamerod Installation J OPERATION Sequential operation of the PBGII burner will depend on the control method used on the burner and various component selections K FLAME MONITORING The PBGII burner may be ordered with either a flame rod or an ultraviolet UV scanner If UV scanners are used on an oven or furnace with multiple burners care should be exercised so that the UV...

Страница 9: ... leak tested on at least a yearly basis Refer to the National Fire Protection Association s publication NFPA 86 for details on leak testing components per UL ANSI CSA FM or EN standards 5 If an optional air filter is supplied periodic cleaning is required to keep the burner operating at maximum efficiency 6 To remove the spark igniter for cleaning or inspection the spark igniter must be inserted w...

Страница 10: ...mpeller will cause an imbalance that will result in excessive vibration when the impeller is rotating which can damage motor bearings and other coupled equipment 7 Secure and support the motor G and remove the four bolts H that fasten the blower housing to the motor face Note removing these bolts will decouple the motor from the blower housing the motor must be secured or supported to prevent the ...

Страница 11: ...asket with the corresponding holes in the blower housing face plate mounting flange Insert and tighten the eight sheet metal screws B Care should be taken to keep the gasket properly aligned and flat for a proper seal 7 Open the motor wiring terminal box A reconnect the electrical power supply wires to the appropriate motor leads Close the motor wiring terminal box 8 Verify the burner is off and r...

Страница 12: ...eration Section L Maintenance Figure 4 Blower Assembly M RECOMMENDED SPARE PARTS ITEM DESCRIPTION QTY PART NO 1 Spark Igniter Assembly If Applicable 1 See Parts List 2 Flame Rod Assembly 1 See Parts List 3 UV Scanner If Applicable 1 84315205 4 Opticord Adapter 1 74960625 5 GFK NFPA Manifold 1 See Parts List 6 OMG If Applicable 1 See Parts List ...

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