OPERATING INSTRUCTIONS

OSRAM

2/01/01

SYLVANIA

 

Process Heat

Safety

!SHOCK HAZARD Only qualified individuals should install this heater and related controls. Follow all applicable electrical codes and use proper wiring.

!BURN/FIRE/EXPLOSION HAZARD Do not use with or near explosive or reactive gases. Avoid contact with the side, or exposure to the exit-end, during or soon after operation. DO NOT USE NEAR VOLATILE OR COMBUSTIBLE MATERIALS.

Precautions

!Use filtered air. Avoid grease, oil, or oil vapors, corrosive or reactive gases that will damage heater.

!Operate at safe voltages as shown on the PERFORMANCE CURVES. Excess voltage will cause premature failure.

!Always have sufficient airflow through the heater before applying power. Otherwise element will overheat very quickly, and burn out. NOTE: A thermocouple cannot detect temperatures if there is no flow – turn on flow before applying power, even when a controller with a thermocouple is being used.

!Use phase angle fired power controllers. On-off controllers may shorten heater life (or burnout element).

!For closed-loop control, use exposed junction type “K” thermocouple within one inch of the heater exit.

!For closed-loop control, use a temperature controller with a fast sampling period (500ms) and minimal overshoot.

Installation

"Securely mount the heater.

"Connect the filtered air source to the heater.

"If a thermocouple is used, ensure that it is located within one inch from the heater exit.

Start-up

"Reference the PERFORMANCE CURVES section for operational parameters before attempting to operate heater(s).

"Turn on air supply and adjust to desired flow/pressure.

"If using a closed loop system, turn on power to the temperature and power controller, then set the desired temperature on the temperature controller. If using an open loop system, increase power to the heater through the power controller until the desired temperature is attained.

Performance Curves

STYLE A (OPEN ENDED) HEATER CURVES:

The attached performance curves show exit air temperatures at different airflows and voltages. Pressure readings (longer dashed lines) are measured at the inlet to the heater with no entrance or exit restrictions. Solid lines indicate safe, normal life operating conditions. The shorter dash lines indicate marginal, shorter-life operating conditions leading to premature burnout. With a known flow (or pressure) at the heater entrance, follow the flow (or pressure) line across until it meets the desired temperature curve. Drop a line straight down to intersect the x-axis. This point, along the “Heater volts – true RMS” axis, represents the voltage required to generate the desired exit air temperature at the chosen flow rate (inlet pressure).

STYLE B (NOZZLED) HEATER CURVES:

With the small nozzle, it is difficult to measure exit end temperature accurately. Therefore, a different set of performance limits must be used. For these curves, operating with voltages and flows to the left of the curve results in long heater life. Operating to the right of the curve results in heater burn out.

131 Portsmouth Ave. Exeter, NH 03833 USA Tel: 800-258-8290 Fax: 603-772-1072

3

Page 2 Page 4
Page 3
Image 3
Sylvania 10226 manual Safety, Precautions, Installation, Start-up, Performance Curves
Page 2 Page 4

10226 specifications

The Sylvania 10226 is a remarkable lighting solution that has garnered attention for its innovative features, advanced technologies, and impressive performance characteristics. This versatile lighting product is designed primarily for use in a variety of settings, including homes, offices, and commercial spaces, making it a preferred choice for many consumers and businesses alike.

One of the standout features of the Sylvania 10226 is its energy efficiency. It utilizes advanced LED technology, which significantly reduces energy consumption compared to traditional incandescent bulbs. With a wattage lower than that of conventional lighting options, the Sylvania 10226 provides an environmentally friendly solution without compromising on brightness or quality. This not only helps users save on their electricity bills but also contributes to a greener planet.

The Sylvania 10226 boasts a luminous efficacy that ensures a bright and inviting atmosphere. With a color temperature of 5000 Kelvin, it produces a daylight-like light that is ideal for task-oriented areas where clarity and focus are paramount. This quality makes it suitable for workspaces, kitchens, and other areas where bright illumination is crucial.

In addition to its brightness, the Sylvania 10226 is known for its longevity. Rated for up to 25,000 hours of usage, this LED light significantly outlives traditional bulbs, thereby reducing the frequency of replacements and lowering long-term maintenance costs. Such durability makes it a reliable choice for both residential and commercial applications.

The design of the Sylvania 10226 is another noteworthy aspect, featuring a sleek and modern aesthetic that blends seamlessly with different décor styles. Its compact size allows for easy installation in various light fixtures without taking up unnecessary space, making it a practical choice for diverse settings.

Also, the Sylvania 10226 includes advanced safety features such as shatter-resistant materials, making it a safer option in environments with high traffic or where fragile fixtures could be at risk. This attribute adds peace of mind for both residential users and commercial establishments.

In conclusion, the Sylvania 10226 encapsulates a blend of energy efficiency, longevity, and modern design. Its superior brightness and safety features, combined with the use of advanced LED technology, make it a standout lighting solution for consumers looking to enhance their spaces while being environmentally conscious. Whether for home or business use, the Sylvania 10226 proves to be an excellent investment in quality lighting.
Top Page Image Contents