Optima Company 45 - 3 manual Table of Contents

Page 4

TABLE OF CONTENTS

Caution and Safety Instructions

5

 

 

Appliance Certification / Installation Codes / Specifications / High Altitude Installation

6

 

 

Gas Connections

7

 

 

Appliance Dimensions / Description

8

 

 

Dimensions / Clearances / Alcove Installation

9

 

 

Locating Gas Heater / Vent Termination Locations

10

 

 

Allowable Termination Locations

11

 

 

Approved Vent Components / Venting Connection

12

 

 

Venting - Restrictor Placement

13

 

 

Venting Chart

14

 

 

Venting - Vertical Termination using Simpson Dura-Vent Pipe

15

 

 

Venting - Horizontally using Archgard Vent Kit (TVK-FSU)

17

 

 

Venting - Below Grade using Archgard Snorkel Kit (SNK-24)

18

 

 

Venting - Horizontally using Simpson Dura-Vent Direct Vent Systems

19

 

 

Log Placement

23

 

 

Optional Wall Switch or Thermostat

29

 

 

Final Installation Check / Initial Operation

30

 

 

First Fire and Lighting Instructions

31

 

 

Lighting Instructions on Rating Plate

32

 

 

Glass Door Removal / If your Glass Breaks

33

 

 

Troubleshooting Guide

34

 

 

Maintenance / Cleaning the Appliance

36

 

 

Servicing Under Warranty / Adjusting Primary Air

37

 

 

Changing Main Burner Orifice

38

 

 

Checking Inlet / Outlet Gas Pressure / Adjusting Pilot / Convertible Pilot Orifice

39

 

 

Replacing Convection Blower / Wiring Diagram

40

 

 

Valve Tray Assembly / Parts List

41

 

 

Parts List - Ceramic Logs & Burner Pan

42

 

 

Replacement Parts List

43

 

 

Archgard Warranty

44

 

 

Frequently Asked Questions

45

 

 

Notes

46

 

 

Warranty Registration Card

48

 

 

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Contents Optima 45 Page Introduction Table of Contents Safety Optima 45Installation Codes SpecificationsHigh Altitude Installation Appliance CertificationPropane Pressure Settings Natural Gas Pressure SettingsGAS Connections Appliance Dimensions Appliance DescriptionDimensions and Clearances Alcove InstallationLocating GAS Heater Vent Termination LocationsTermination Locations Approved Vent Components Venting ConnectionVenting Restrictor Placement Simpson Dura-Vent Archgard SystemVenting Chart 71 MVenting Vertical Termination Using Simpson DURA-VENT Pipe Feet Venting Horizontally Using Archgard TVK-FSU Vent KIT Termination Framing Spring SpacersVenting below Grade Using Flexible Direct Vent Systems Installation Procedures for Archgard Snorkel KIT SNK-24Flat Wall Installation Corner InstallationsSet the Optima 45-3 in its desired location Optima 45 Below Grade Above Grade LOG Placement Piece LOG SET Shown below Burner Pan & Pin LocationsLocate Log # 12 and place it on the burner pins as shown Locate Log #142 and place it on Log #12 as shown LOG #83 Front View Ceramic Brick PanelsOptional Wall Switch or Thermostat Valve Connection for Millivolt ValveFinal Installation Check Initial OperationFirst Fire Lighting Instructions CautionLighting Instructions on Rating Plate Lighting InstructionsGlass Door Removal If Your Glass BreaksRemoving the Glass Door Replacing the Glass DoorTroubleshooting Troubleshooting Maintenance Cleaning the Appliance RegularlyServicing Under Warranty Adjusting Primary AIRAdjusting Primary AIR Changing Main Burner Orifice Checking and Adjusting Pilot Convertible Pilot Orifice Checking Inlet and Outlet GAS PressureReplacing Convection Blower Wiring DiagramCanadian Electrical code, CSA C22.1 Valve Tray Assembly Item # Item Description Qty UnitParts List Ceramic Logs and Burner Pan Burner Pan & Pin Locations Item # Item Description Qty UnitQty Unit Replacement Parts List Archgard OptimaCeramic Brick Archgard Limited Warranty Frequently Asked Questions Optima 45 Page Warranty Registration Beatty Drive MISSION, B.C. Canada

45 - 3 specifications

Optima Company 45 - 3 is an innovative product in the realm of advanced manufacturing and technology. This state-of-the-art machine has gained attention for its unique blend of efficiency, precision, and adaptability, making it a preferred choice for various industries, including automotive, aerospace, and electronics.

One of the standout features of the Optima Company 45 - 3 is its versatility. The machine is designed to handle a wide range of materials, from metals to plastics, enabling manufacturers to utilize it across multiple projects without extensive modifications. This flexibility not only saves time and resources but also streamlines the production process, allowing businesses to respond quickly to market demands.

Equipped with cutting-edge technologies, the Optima Company 45 - 3 boasts advanced automation capabilities. This includes integrated robotics and smart sensors that facilitate real-time monitoring and adjustments during operation. These features help ensure optimal performance levels, reducing the risk of errors and minimizing downtime, ultimately translating to a higher return on investment for users.

In terms of precision, the Optima Company 45 - 3 employs advanced CNC (Computer Numerical Control) technology. This allows for intricate designs and specifications to be followed with remarkable accuracy. The millimeter-perfect cuts and finishes not only enhance the quality of the final product but also reduce the need for additional post-processing, which can be time-consuming and costly.

Another significant characteristic of the Optima Company 45 - 3 is its energy efficiency. In a world where sustainability is paramount, the machine is designed to operate using less power without compromising on performance. This environmentally friendly approach not only lowers operational costs but also aligns with green initiatives that many companies are striving to achieve.

Moreover, the user interface of the Optima Company 45 - 3 has been simplified to ensure ease of operation. The intuitive controls allow even novice operators to manage complex tasks with minimal training, thereby reducing the learning curve associated with traditional manufacturing equipment.

In conclusion, the Optima Company 45 - 3 sets a new benchmark in the manufacturing landscape. Its combination of versatility, precision, automation, energy efficiency, and user-friendliness makes it an invaluable asset for companies looking to enhance their production capabilities and stay competitive in a fast-evolving market.