3E132 thru 3E134, 3E460 thru 3E462,

Dayton Installation, Operation, Maintenance and Parts Manual

5VD57 thru 5VD66, 3VH34 thru 3VH37

 

 

Dayton® High Intensity Heaters

To connect the gas:

!WARNING

 

Failure to install, operate or service this

E

appliance in the approved manner may

result in property damage, injury or death.

N

 

G

! WARNING

I

L

 

S

Testing for gas leaks with an open flame

H

or other sources of ignition may lead to a

 

fire or explosion and cause serious injury

 

or death. Test in accordance with NFPA or

 

local codes.

!WARNING

An approved connector, suitable for the environment of equipment usage, is

required. Visible or excessive swaying, flexing and vibration of the gas

connections must be avoided to prevent failure. Neither the gas pipe nor the connector shall be placed in the ‘flue discharge area’.

!CAUTION

The fittings (nuts) on the flexible connector must be connected to an adapter. They may not be directly connected to the gas supply pipe.

!CAUTION

In high moisture or corrosive environments, use gas supply lines and connectors suitable for the environment. Periodically inspect for signs of failure or leakage.

This heater must be installed and serviced by trained gas installation and service personnel only.

The installation of this heater must conform with local building codes or, in the absence of such codes, the National Fuel Code (NFPA 54).

The gas outlet must be in the same room as the appliance and accessible. It may not be concealed within or run through any wall, floor or partition.

1.Install a sediment trap / drip leg if condensation may occur at any point of the gas supply line. This will decrease the possibly of loose scale or dirt in the supply line entering the heater’s control system and causing a malfunction. Note: High pressure gas above 14 in. W.C.P. (water column pressure) requires a high pressure regulator and ball valve (field supplied).

2.Form the stainless steel flexible connector (field supplied) into a smooth C-shape allowing 12 in. between the flexible connector’s end nuts.

Figure 2.5.

3.Attach the ball valve (field supplied) to the gas supply pipe. Apply pipe compound to NPT adapter threads to seal the joint. Use only a pipe compound resistant to liquid petroleum. NOTE: Provide a 1/8 in. NPT plugged tapping accessible for test gauge connection immediately upstream of gas connection to the heater (provided on ball valve, when supplied).

4.Attach the flexible connector to the adapter and burner control box inlet. Seal the joints.

NOTE: Excessive torque on the manifold may misalign the orifice. Always use two wrenches to tighten mating pipe connections.

5.Final assembly must be tested for gas leaks.

16

Page 15 Page 17
Page 16
Image 16
Dayton 5VD57, 3VH34, 3VH37 Failure to install, operate or service this, Appliance in the approved manner may, Local codes
Page 15 Page 17

3E460, 3E462, 3.00E+132, 3.00E+134, 5VD57 specifications

Dayton 3.00E+134, 5VD57, 3E462, 3E460, 3.00E+132 is a distinctive model within the Dayton series known for its advanced performance in various applications. This line of products is designed to meet the demands of both commercial and industrial sectors, showcasing a blend of efficiency, durability, and innovative technology.

One of the main features of the Dayton 3.00E+134 series is its powerful motor capabilities. The models utilize high-efficiency motors that ensure optimal energy consumption while providing robust operational performance. This not only helps to reduce utility costs but also plays a crucial role in minimizing the environmental footprint.

The technology behind Dayton products often incorporates advanced electronic controls that allow for precise adjustments and operations. This feature is particularly beneficial in environments where maintaining specific conditions is essential, such as HVAC systems and industrial processes. The electronic controls provide users with greater flexibility and range in performance settings, accommodating various operational requirements.

In terms of construction, the Dayton 3.00E+134 models are built with high-quality materials that ensure long-lasting durability. This is critical in settings where equipment is subjected to heavy usage or challenging environmental conditions. The robust design and protective coatings prevent corrosion and wear, ensuring that the equipment maintains its functionality over extended periods.

Another characteristic worth noting is the versatile range of applications for these models. They can be used in air movement, ventilation, heating, and cooling systems, making them highly valued in multiple sectors, such as manufacturing, healthcare, and commercial buildings. Their adaptability means they can seamlessly integrate into existing systems without requiring extensive modifications.

The ease of installation and maintenance is also a highlight of the Dayton 3.00E+134 series. The design facilitates quick assembly and access for servicing, saving valuable time and labor costs. Users appreciate the convenience offered, allowing them to focus on core business operations without prolonged downtime.

Furthermore, these models comply with industry standards and regulations, ensuring safety and reliability in operation. Overall, the Dayton 3.00E+134, 5VD57, 3E462, 3E460, 3.00E+132 series represents a pinnacle in engineering excellence, delivering exceptional performance across various applications while prioritizing energy efficiency and user-friendly functionality.
Top Page Image Contents