3.3-4.3 MW Output

The P Series burner can operate on gas (NG, LPG, Towns Gas and Biogas), oil (Class D light oil, Class G HFO) or a dual fuel combination and is available in standard outputs from 3.3MW to 18MW..

The PDF Series burner is commonly used on large industrial steam and hot water boilers.

Information

Key Features:

  • Available in monoblock design up to P310 or a duoblock design with a floor mounted combustion air fan
  • Low NOx Head
  • Electronic micro modulation air fuel ratio control with individual valve servo motors as standard
  • Variable Speed Drive (VSD) combustion air fan motor
  • Air inlet silencer (< 85dBA)
  • Oxygen trim for improved efficiency and reduced emissions
  • Separate or integrated water level controls for steam boilers
  • Data Transfer Interface for BMS control

All M Series burners are designed and manufactured in accordance with EN676 and EN267

Technical Data

Model PDF

160/3.7

160/4.0

160/4.4

160/4.8

Output (nett CV)

MW

3.3

3.6

3.9

4.3

Fan Size

kW

11

11

11

11

Pump Motor

(Distillate Fuel)

kW

1.5

1.5

1.5

3

Pump Motor

(Residual Fuel)

kW

1.5

1.5

1.5

1.5

Pre-heater

(Residual Fuel only)

kW

15

18

18

24

Electrical Supply

V/Hz

400/50

400/50

400/50

400/50

Oil inlet pressure

psi

5 to 10

5 to 10

5 to 10

5 to 10

Gas inlet pressure

(min/max)

mbar

140/300

140/300

140/300

140/300

Gas train inlet conn.

PN16 DN80

PN16 DN80

PN16 DN80

PN16 DN80

Operation

Fully Modulating

Fully Modulating

Fully Modulating

Fully Modulating

Control Unit

Autoflame

Mini Mk7

Autoflame

Mini Mk7

Autoflame

Mini Mk7

Autoflame

Mini Mk7

Gas Turndown

up to 7.0

up to 7.0

up to 7.0

up to 7.0

Oil Turndown

up to 4.0

up to 4.0

up to 4.0

up to 4.0

Flame Monitor

UV Sensor

UV Sensor

UV Sensor

UV Sensor

Flame tube lengths

mm

430/610

430/610

430/610

430/610

GAS

Noise

dBA

92

92

92

92

GAS

NOx

mg/kWh

140-190

140-190

140-190

140-190

OIL

Noise

dBA

93

93

93

93

OIL

NOx

mg/kWh

200-280

200-280

200-280

200-280

CO

mg/kWh

<110

<110

<110

<110