Fuel Pipes | Roberts Gorden POP-ECA/PGP-ECA 015 to 0100 specs

Roberts Gorden POP-ECA/PGP-ECA 015 to 0100 Fuel Oil Supply 8.2.1 Fuel Storage Tank, Fuel Pipes

SECTION 8: FUEL PIPING

8.2Fuel Oil Supply 8.2.1 Fuel Storage Tank

The fuel storage tank should be located outside the building as close as possible to the heater. The tank must be installed per local and national codes.

8.2.2 Fuel Pipes

The fuel pipes must be sized to ensure an adequate supply of oil to the entire installation. Galvanised pipe must not be used for oil installations. The fuel pipe must terminate at each heater with an isolating manual valve, a fire valve and a fuel filter. See Page 12, Figure 3. The fusible link of the fire valve should be installed 100 mm (4 in) above the burner.

The heater’s oil burner pump inlet is provided with a flexible oil line which should be used for the final connection. When making the final connection to the heater, do not block any of the removable panels of the heater. All COMBAT® oil-fired cabinet heaters are supplied with burner pumps fitted for one pipe systems.

8.2.3 Gravity Feed Systems

The simplest installation is a gravity feed system. This system relies on the head of the fuel to push the fuel through the system. See Page 12, Figure 3.

8.2.4 B. M. Oil Lifter

Where a gravity feed system cannot be used, a B. M. oil lifter may be used for small installations up to the equivalent of a single model 050 on minimum lift or a single model 020 on maximum lift.

The fuel output from the oil lifter is gravity fed. The B. M. oil lifter requires a constant 230 V 50 Hz 1 Ø electrical supply. The maximum pipe size to be used on the suction side is 1/4" ID, 5/16" OD (8 mm). For maximum loading of oil lifters See Page 17, Figure 11. Consult the manufacturer’s information regarding the need to prime these devices.

8.2.5 Pressurised Systems

See Page 18, Figure 12. For larger installations, a pressurised system may be used. In this type of system the pump draws fuel from the tank, then pushes it through the installation under pressure. The pressure is controlled at the pump by a pressure relief valve at approximately 0.8 BAR (12 psi). When a presurised system is used, a pressure reducing valve set at approximately 0.3 BAR (5 psi) should be installed on the fuel inlet to each heater after the manual isolating valve. This protects the oil pump from the danger of possible over pressure under fault conditions.

The electrical supply for the pump installation will depend upon the type of pumps chosen, but will normally be set to run continuously.

Figure 11: B. M. Oil Lifter

	Flow	25
		20
	Outp
		15
	ut -	10
	L/h

		240 V	0
		Oil Lifter	0
		Oil Lifter
Min 0.15m	Max 3m		Min 0.15m
		Oil	Air Vent
		Heater	Air Vent
		Heater	Filler Pipe
			Filler Pipe

			Total Suction Length in Feet
	6		8mm (5/16”) O.D. Copper Tube
	6
Flow	5
Flow	4											33’
O	4											33’
u												65’
tp	3											65’
tp												99’
ut -												99’
ut -												132’
UK	2											165’
gal/h	1
	1
	0

		0		5		10	15		20		25
		0		5		10	15		20		25
						Lift in Feet
						Lift in Feet


		0		1	2	3	4	5	6	7	8
	Max 8m				Lift in Metres
	Max 8m
	Technical Data
	Maximum Lift										8 m
	Maximum Capacity....										20 L/h
	Actual Capacity										10 - 20 L/h
	Dependant upon vertical lift and suction
	line length.
	line length.

Storage Tank 50 mm

POP-ECA/PGP-ECA 015 to 0100 specifications

The Roberts Gordon POP-ECA/PGP-ECA 015 to 0100 series represents a significant advancement in the realm of heating technologies, particularly in industrial and commercial applications. These innovative units are designed to provide efficient, reliable heating solutions tailored to meet the diverse needs of various environments.

Main features of the POP-ECA/PGP-ECA series include their high-performance heating capabilities, which allow for rapid temperature rise and consistent heating throughout a space. This efficiency is critical for industries that require precise temperature control for their processes. The units are engineered to emit heat evenly, reducing hot spots and ensuring that the entire area is warmed effectively.

One of the standout technologies incorporated into these heaters is their advanced combustion system. This system optimizes fuel usage, enhancing energy efficiency while minimizing emissions. This aspect is particularly vital in today’s environmentally conscious world, where businesses seek to reduce their carbon footprint. The designs are compliant with current environmental regulations, making them suitable for use in various operational settings.

The POP-ECA/PGP-ECA series also boasts a variety of innovative features aimed at user convenience. Integrated control systems allow for easy adjustments and monitoring, enabling operators to maintain ideal temperature settings with minimal effort. Additionally, many units in the series offer flexible mounting options, allowing for vertical or horizontal installation to suit different space constraints and layout requirements.

Characteristics of the POP-ECA/PGP-ECA series also include robust construction, ensuring durability and longevity even in the most demanding environments. The materials used are resistant to corrosion and wear, providing a reliable heating solution that requires minimal maintenance over time. Moreover, the compact design of the units means that they can be installed in tight spaces without sacrificing performance.

Overall, the Roberts Gordon POP-ECA/PGP-ECA 015 to 0100 series stands as a testament to cutting-edge engineering in heating technology. With their combination of efficiency, environmentally conscious design, and user-friendly features, these units are an excellent choice for a wide range of industrial and commercial heating applications. They exemplify the future of heating solutions, prioritizing performance while remaining mindful of energy consumption and environmental impact.