ECO-STARIITM 75B - 200B

ECO-STARIITM 75B - 200B

60 Hz Aggregate Drying Ratings

Natural Gas

Burner Model

Maximum Capacity

(MM Btu/hr)

Main Air Flow (scfh)

Natural Gas Flow (scfh)

Capacity w/FGR

(MM Btu/hr) ESII 75B 86 1,050,000 82,900 69 ESII 100B 104 1,270,000 100,000 83 ESII 125B 140 1,720,000 136,000 112 ESII 150B 160 1,960,000 155,000 128 ESII 175B 190 2,330,000 184,000 152 ESII 200B 207 2,540,000 201,000 166

No. 2 Fuel Oil (Low Pressure Atomization)

Burner Model

Maximum Capacity

(MM Btu/hr)

Primary Air Flow at 36 osig

(scfh)


No. 2 Fuel Oil Flow

(gph) ESII 75B 82 46,500 1,030,000 582 ESII 100B 100 46,500 1,270,000 711 ESII 125B 135 46,500 1,720,000 954 ESII 150B 153 46,500 1,960,000 1,080 ESII 175B 184 66,000 2,350,000 1,310 ESII 200B 200 66,000 2,540,000 1,410

No. 2 Fuel Oil (Compressed Air Atomization)

Burner Model

Maximum Capacity

(MM Btu/hr)

Compressed Air Flow at 60 psig

(scfh)


No. 2 Fuel Oil Flow

(gph) ESII 75B 79 3,600 1,030,000 558 ESII 100B 100 3,600 1,310,000 710 ESII 125B 130 5,400 1,700,000 921 ESII 150B 150 5,400 1,960,000 1,060 ESII 175B 180 6,900 2,350,000 1,270 ESII 200B 200 7,100 2,610,000 1,410

In accordance with Hauck’s commitment to Total Quality Improvement, Hauck reserves the right to change the specifications of products without prior notice.

HAUCK MANUFACTURING CO., P.O. Box 90 Lebanon, PA 17042-0090 717-272-3051 8/06 www.hauckburner.com Fax: 717-273-9882

(OVER)

ESII-2

CAPACITIES

Liquid Propane

Burner Model

Maximum Capacity

(MM Btu/hr)


(scfh)

Main Air Flow

(scfh))

LP Flow (gph)

Capacity w/FGR

(MM Btu/hr) ESII 75B 83 46,500 980,000 914 66 ESII 100B 101 46,500 1,200,000 1,110 81 ESII 125B 132 46,500 1,590,000 1,457 106 ESII 150B 150 46,500 1,810,000 1,653 120 ESII 175B 175 66,000 2,090,000 1,920 140 ESII 200B 191 66,000 2,290,000 2,100 153

Asphalt Application Notes: 1. Burner capacity is based on 60Hz power and scfh (standard cubic feet per hour) 60°F air at sea level.

Correction factors must be applied for variations in altitude, temperature, or frequency; consult Hauck. An altitude correction table is available in Hauck Application Sheet GJ75.

2. Natural gas capacities based on higher heating value of 1,034 Btu per cubic foot, 2-4 psig manifold

pressure, 30% excess air, and stoichiometric ratio of 9.74 cubic feet air/cubic foot of natural gas. 3. No. 2 fuel oil capacities based on higher heating value of 141,146 Btu per gallon, 35% excess air,

and stoichiometric ratio of 1371.1 cubic feet air/gallon of No. 2 oil. 4. Liquid propane capacities based on higher heating value of 90,912 Btu per gallon, 30% excess air,

and stoichiometric ratio of 864 cubic feet air/gallon of liquid propane. 5. The exhaust fan must be able to provide a slight negative pressure (suction in the range of 0.25 to 1”

wc) at the burner breech plate to exhaust the products of combustion. 6. Eco-StarIITM Burner airflow can be accurately monitored using the body pressure tap on either side

of the burner air plenum downstream of the outlet damper. An accurate device capable of reading up to 30" wc will be required for this measurement.

7. All burner fuel manifolds are supplied with fuel flow measuring devices. Liquid fuel manifolds are

equipped with an inline flow meter. Gaseous fuel manifolds are equipped with a gas orifice meter that can be accurately checked for gas flow by measuring the differential pressure across the orifice meter with a U-tube device (manometer) capable of reading in the range of 0 to 20"wc.

8. Low pressure atomizing air, used for firing low pressure fuel oil or LP, is provided by a 36 osi Hauck high efficiency Turbo Blower. The low pressure air is used to not only atomize liquid fuels, but also improve mixing speed in the combustion zone.

9. High pressure compressed air, used for firing heavy oils or any fuel oil at high elevations, must be supplied by the customer at a nominal 60 psig to the burner nozzle for optimum fuel oil atomization.



60 Hz Aggregate Drying Ratings

Natural Gas

Burner Model

Maximum Capacity

(kW)

Main Air Flow

(nm3/hr)

Natural Gas Flow

(nm3/hr)

Capacity w/FGR (kW)

ESII 75B 22,700 28,100 2,200 18,200 ESII 100B 27,500 34,000 2,690 21,600 ESII 125B 37,000 46,100 3,640 29,600 ESII 150B 42,300 52,500 4,150 33,900 ESII 175B 50,300 62,400 4,930 40,200 ESII 200B 54,800 68,000 5,370 43,900


Burner Model

Maximum Capacity

(kW)

Primary Air Flow at 15.5 kPa

(nm3/hr)

Main Air Flow

(nm3/hr)

No. 2 Fuel Oil Flow

(lph) ESII 75B 22,600 1,250 27,600 2,200 ESII 100B 27,600 1,250 34,000 2,690 ESII 125B 37,200 1,250 46,100 3,610 ESII 150B 42,200 1,250 52,500 4,100 ESII 175B 50,700 1,770 63,000 4,940 ESII 200B 55,200 1,770 68,000 5,330


Burner Model

Maximum Capacity

(kW)

Compressed Air Flow at 414 kPa

(nm3/hr)

Main Air Flow

(nm3/hr)

No. 2 Fuel Oil Flow

(lph) ESII 75B 21,800 96 27,600 2,110 ESII 100B 27,600 96 35,100 2,690 ESII 125B 35,900 145 45,500 3,490 ESII 150B 41,400 145 52,500 4,020 ESII 175B 49,600 185 63,000 4,820 ESII 200B 55,200 190 69,900 5,350


METRIC CAPACITIES


(OVER)

ESII-2.1

Liquid Propane

Burner Model

Maximum Capacity

(kW)

Primary Air Flow at 15.5 kPa

(nm3/hr)

Main Air Flow

(nm3/hr)

LP Flow (lph)

Capacity w/FGR (kW)

ESII 75B 22,800 1,250 26,300 3,460 18,200 ESII 100B 27,800 1,250 32,100 4,200 22,300 ESII 125B 36,300 1,250 42,600 5,510 29,200 ESII 150B 41,300 1,250 48,500 6,260 33,000 ESII 175B 48,200 1,770 56,000 7,270 38,500 ESII 200B 52,600 1,770 61,300 7,940 42,100

Asphalt Application Notes:

1. Burner capacity is based on 60Hz power and nm3/hr (normal cubic meters per hour) 0°C air at sea

level. Correction factors must be applied for variations in altitude, temperature, or frequency; consult Hauck. An altitude correction table is available in Hauck Application Sheet GJ75.

2. Natural gas capacities based on lower heating value of 36.74 MJ/nm3, 13.8 – 27.6 kPa manifold pressure, 30% excess air, and stoichiometric air:gas ratio of 9.74:1.

3. No. 2 fuel oil capacities based on lower heating value of 36.99 MJ/liter, 35% excess air, and

stoichiometric ratio of 9.70 nm3 air/liter of No. 2 oil. 4. Liquid propane capacities based on lower heating value of 23.83 MJ/liter, 30% excess air, and

stoichiometric ratio of 6.12 nm3 air/liter of liquid propane. 5. The exhaust fan must be able to provide a slight negative pressure (suction in the range of 60 to 250

Pa) at the burner breech plate to exhaust the products of combustion. 6. Eco-StarIITM Burner airflow can be accurately monitored using the body pressure tap on either side of

the burner air plenum downstream of the outlet damper. An accurate device capable of reading up to 7,500 Pa will be required for this measurement.

7. All burner fuel manifolds are supplied with fuel flow measuring devices. Liquid fuel manifolds are

equipped with an inline flow meter. Gaseous fuel manifolds are equipped with a gas orifice meter that can be accurately checked for gas flow by measuring the differential pressure across the orifice meter with a U-tube device (manometer) capable of reading in the range of 0 to 5000 Pa.

8. Low pressure atomizing air, used for firing low pressure fuel oil or LP, is provided by a 15.5 kPa

Hauck high efficiency Turbo Blower. The low pressure air is used to not only atomize liquid fuels, but also improve mixing speed in the combustion zone.

9. High pressure compressed air, used for firing heavy oils or any fuel oil at high elevations, must be supplied by the customer at a nominal 414 kPa to the burner nozzle for optimum fuel oil atomization.



60 Hz Industrial Ratings

Natural Gas

Burner Model

Maximum Capacity

(MM Btu/hr)


Natural Gas Flow (scfh)

ESII 75B 101 1,050,000 98,000 ESII 100B 123 1,270,000 119,000 ESII 125B 166 1,720,000 161,000 ESII 150B 189 1,960,000 183,000 ESII 175B 225 2,330,000 217,000 ESII 200B 245 2,540,000 237,000


Burner Model

Maximum Capacity

(MM Btu/hr)


(scfh)


No. 2 Fuel Oil Flow

(gph) ESII 75B 92 46,500 1,030,000 654 ESII 100B 113 46,500 1,270,000 800 ESII 125B 152 46,500 1,720,000 1,070 ESII 150B 172 46,500 1,960,000 1,220 ESII 175B 207 66,000 2,350,000 1,470 ESII 200B 224 66,000 2,540,000 1,580


Burner Model

Maximum Capacity

(MM Btu/hr)

Compressed Air Flow at 60 psig

(scfh)


No. 2 Fuel Oil Flow

(gph) ESII 75B 89 3,600 1,030,000 628 ESII 100B 109 3,600 1,270,000 774 ESII 125B 146 5,400 1,700,000 1,040 ESII 150B 169 5,400 1,960,000 1,200 ESII 175B 202 6,900 2,350,000 1,430 ESII 200B 219 7,100 2,540,000 1,550


CAPACITIES


(OVER)

ESII-2.2

Liquid Propane

Burner Model

Maximum Capacity

(MM Btu/hr)


(scfh)


LP Flow (gph)

ESII 75B 94 46,500 980,000 1,030 ESII 100B 114 46,500 1,200,000 1,260 ESII 125B 150 46,500 1,590,000 1,650 ESII 150B 170 46,500 1,810,000 1,870 ESII 175B 197 66,000 2,090,000 2,170 ESII 200B 216 66,000 2,290,000 2,370

Application Notes: 1. Burner capacities are based on 60Hz power and scfh (standard cubic feet per hour) 60°F air at sea

level. Correction factors must be applied for variations in altitude, temperature, or frequency; consult Hauck. An altitude correction table is available in Hauck Application Sheet GJ75.

2. Natural gas capacities based on higher heating value of 1,034 Btu per cubic foot, 2-4 psig manifold pressure, 10% excess air, and stoichiometric ratio of 9.74 cubic feet air/cubic foot of natural gas.

3. No. 2 fuel oil capacities based on higher heating value of 141,146 Btu per gallon, 20% excess air, and stoichiometric ratio of 1371.1 cubic feet air/gallon of No. 2 oil.

4. Liquid propane capacities based on higher heating value of 90,912 Btu per gallon, 15% excess air, and stoichiometric ratio of 864 cubic feet air/gallon of liquid propane.

5. Eco-StarIITM Burner air flow can be accurately monitored using the body pressure tap on either side of the burner air plenum downstream of the outlet damper. An accurate device capable of reading up to 30"wc will be required for this measurement.

6. All burner fuel manifolds are supplied with fuel flow measuring devices. Liquid fuel manifolds are equipped with an inline flow meter. Gaseous fuel manifolds are equipped with a gas orifice meter that can be accurately checked for gas flow by measuring the differential pressure across the orifice meter with a U-tube device (manometer) capable of reading in the range of 0 to 20"wc.

7. Low pressure atomizing air, used for firing low pressure fuel oil or LP, is provided by a Hauck high efficiency Turbo Blower. The low pressure air is used to not only atomize liquid fuels, but also improve mixing speed in the combustion zone.

8. High pressure compressed air, used for firing heavy oils or any fuel oil at high elevations, must be supplied by the customer at a nominal 60 psig to the burner nozzle for optimum fuel oil atomization.


ECO-STARIITM / GAS MANIFOLD ESII-75B – ESII-200B


DIMENSIONS

Y78

34 S

heet

1

(NO

T T

O S

CA

LE)


ESII-3

(Met

ric D

imen

sion

s on

Rev

erse

Sid

e)

ECO-STARIITM / GAS MANIFOLD ESII-75B – ESII-200B


METRIC DIMENSIONS

Y78

34 M

ET

RIC

She

et 1

(N

OT

TO

SC

ALE

)

ECO-STARIITM / OIL MANIFOLD ESII-75B – ESII-200B


DIMENSIONS


ESII-3.1

(Met

ric D

imen

sion

s on

Rev

erse

Sid

e)

Y78

34 S

heet

2

(NO

T T

O S

CA

LE)

ECO-STARIITM / OIL MANIFOLD ESII-75B – ESII-200B


METRIC DIMENSIONS

Y78

34 M

ET

RIC

She

et 2

(N

OT

TO

SC

ALE

)

ECO-STARIITM / LP MANIFOLD ESII-75B – ESII-200B


DIMENSIONS

ESII-3.2 HAUCK MANUFACTURING CO., P.O. Box 90 Lebanon, PA 17042-0090 717-272-3051 8/06 www.hauckburner.com Fax: 717-273-9882

(Met

ric D

imen

sion

s on

Rev

erse

Sid

e)

Y78

34 S

heet

3

(NO

T T

O S

CA

LE)

ECO-STARIITM / LP MANIFOLD ESII-75B – ESII-200B


METRIC DIMENSIONS

Y78

34 M

ET

RIC

She

et 3

(N

OT

TO

SC

ALE

)


DIMENSIONS

ECO-STARIITM OPTIONAL RACK MOUNTED FUEL MANIFOLD

ESII-75 – ESII-200


(Metric Dimensions on Reverse Side)

Y6967 (NOT TO SCALE)

ESII-3.3


ECO-STARIITM OPTIONAL RACK MOUNTED FUEL MANIFOLD

ESII-75 – ESII-200

METRIC DIMENSIONS

Y6967 METRIC (NOT TO SCALE)

Documents

ECO-STARIITM 75B - 200B