Teledyne dimensions LLD Direct Ignition **-LLG Standing Pilot

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Model LLG & LLD Pool and Spa Heater

 

Page 21

 

 

 

 

 

 

Description

PartNumber

13.

Bracket, Insulation Retainer

10462200

14.

Sleeve, Temperature Control Bulb

10444900

15.

Retainer Bracket

10447300

16.

Wire Harness, High Limit

10419300

17.

Disc, High Limit 150°F (see Note 1)

R0023000

18.

Disc, High Limit 135°F (see Note 1)

R0022700

19.

Connector Fitting

P0019700

20.

Plug 3/4 NPT

P0027000

21.

Plug 1/4 NPT

P0026800

*E. BURNER TRAY ASSEMBLY (LLD)

 

 

Burner Tray Assembly, Nat

R0316901-05

Burner Tray Assembly, LP

R0319501-05

1.

Burner Tray Weldment

R0317001-05

2.

Burner

L0052300

3.

Gas Valve, Nat

R0317100

3.

Gas Valve, LP

R0319600

**E. BURNER TRAY ASSEMBLY (LLG)

 

 

Burner Tray Assembly, Nat

R0098601-05

Burner Tray Assembly, LP

R0098701-05

1.

Burner Tray Weldment

R0099501-05

2.

Burner

L0052300

3.

Gas Valve, LP

R0096900

3.

Gas Valve, Nat

R0096400

4.

Pilot Main Burner Assy LP

R0099200

4.

Pilot Main Burner AssyNat

R0099100

5.

Pilot, Burner, LP, .010

R0096600

5.

Pilot, Burner,Nat, .018

R0096700

6.

Pilot Generator

W0036901

7.

Ceramic Insulator Assy

R0099300

8.

High Voltage Lead Assy

R0098900

9.

Pilot Tube

R0096300

10.

Piezo Lighter Assy

R0096800

F. TEMPERATURE CONTROL ASSEMBLY

 

 

**1.

Temperature Control (LLG)

R0058200

2.

Knob, Thermostat

R0313800

*1.

Temperature Control (LLD)

R0011700

2.

Knob, Thermostat

R0313800

OPTIONAL EQUIPMENT

 

 

Non Combustible Base

10512701-05

 

Pressure Relief Valve, 3/4NPT, 75 PSI

A0063300

1. Items 17 & 18 available as Assembly R00232.

NOTE:

*-LLD (Direct Ignition) **-LLG (Standing Pilot)

Image 21
Contents 1A. Introduction Section2B. Field Assembly 1C. Warranty1B. Description 1D. Technical Assistance2C-1. Installation Information 2C-2. Outdoor Installation2C. Site Location 2D. Combustion and Ventilation Air Supply 2C-3. Flooring Typical InstallationUnited States Canada2E-1. General Instructions 2E. Gas Supply and Piping2E-2. Special Precautions for Propane Gas LLG Only 2F. Electrical Wiring2F-2. Auxiliary Time Clock Wiring LLD or LLG 2F-1. General Information LLD OnlyLLD Connection/Schematic Wiring Diagram LLG Connection/Schematic Wiring Diagram 2G. Water Flow System 2G-1. Flange InstallationHeat exchanger reversal 2G-2. Reversible Water ConnectionsTemperature sensing bulb 2G-6. Adjusting the Pressure Switch 2G-3. Check Valve Installation2G-4. Chlorinators, Ozone Generators Sanitizing Chemicals 2G-5. Pressure Relief Valve2G-7. Automatic Flow Control Valve 2G-8. Temperature Rise2G-9. Adjusting the Manual Bypass Valve 3B. Lighting and Shutdown Procedures3A. General Information 3B-1. Model LLD see 3B-2. Model LLG seeDo not try to light any appliance 3B-1. Model LLD Direct IgnitionWhat to do if YOU Smell GAS 3B-2. Model LLG Standing Pilot3D. Seasonal Care 3C. Setting the Temperature Control3D-1. Spring and Fall Operation 3D-2. Winterizing3F. Spa/Hot Tub Safety Rules 3E. Water Chemistry3D-3. Spring Start-up 3G. Swimming Pool Energy Saving Tips 3H. Periodic Inspection3H-1. Owner Inspection 4B. Parts List 4A. General Information3H-2. Professional Inspection LLD Direct Ignition **-LLG Standing Pilot See For detail Detailed view of LLG Burner Tray Assembly E Detailed view of Heat Exchanger Assembly DDetailed view of LLD Burner Tray Assembly E Page Laars Lite Limited Warranty

LLD, LLG specifications

Teledyne LLG, LLD is a prominent player in the field of advanced measurement and inspection systems. Based in the heart of the technology sector, Teledyne LLG combines cutting-edge engineering with innovative technologies to deliver high-performance solutions, particularly in the realms of optics and imaging.

One of the main features of Teledyne LLG is its commitment to precision. The company specializes in providing high-resolution sensors and imaging systems that cater to a variety of applications, including scientific research, industrial inspection, and aerospace. These sensors are designed to meet stringent performance standards, ensuring reliable data acquisition and analysis across diverse environments.

The technologies employed by Teledyne LLG are at the forefront of optical engineering. Their systems often utilize sophisticated algorithms and advanced signal processing techniques to enhance image quality and measurement accuracy. Innovations such as spectral imaging enable users to capture and analyze information beyond the visible spectrum, offering valuable insights for applications in fields like remote sensing and environmental monitoring.

Another characteristic that sets Teledyne LLG apart is its focus on integration and customization. Understanding that each application has unique requirements, the company offers tailored solutions that cater to specific needs. This flexibility allows clients from various sectors to leverage Teledyne LLG's technologies effectively, optimizing their operational workflows.

Teledyne LLG’s commitment to research and development ensures that its products continually evolve. The company invests significantly in exploring new materials, sensor designs, and imaging techniques. This proactive approach not only keeps them ahead of market trends but also ensures that their customers benefit from the latest technological advancements.

Moreover, Teledyne LLG places a strong emphasis on sustainability and efficiency. By developing systems that require less energy and produce less waste, the company not only addresses environmental concerns but also helps clients reduce operational costs.

In summary, Teledyne LLG, LLD stands out in the field of measurement and inspection through its precision, innovative technology, customized solutions, and commitment to sustainability. As industries continue to seek advanced solutions to meet modern challenges, Teledyne LLG remains dedicated to providing high-quality imaging and measurement systems that drive progress and innovation across multiple fields. With its strong focus on R&D and customer-centric solutions, Teledyne LLG is well-positioned to lead the future of optical technology and sensor development.