Superior VFST-CMN-2, VFST-CMP-2, VFPF-CMP-2, VFPF-CMN-2 installation instructions Table of Contents

Page 2

TABLE OF CONTENTS

 

 

General Information

page

2

Inventory

page

2

Tools and Building Supplies

page

2

Installation Applications

page

2

Important Safety Information

page

2

Codes

page

3

Combustion and Ventilation Air

page

3

Location of Fireplace

page

4

Clearances

page

4

Preinstallation

page

5

Installation – Built-In

page

5

Finished Wall Details

page

6

Electrical Wiring – Optional Blower . page

7

Connecting Gas Line

page

7

Gas Pressure Check

page

7

Installation – Surround

page

8

Log Assembly

page

9

Flame Appearance

page

9

Optional Equipment

page 10

Blower Kit

page 10

Cleaning and Servicing

page 11

Replacement Parts

page 11

Accessories/Components

page 12

Appliance Specifications

page 13

Troubleshooting Guide

page 15

Operating Instructions

page 16

Replacement Parts List

page 19

Warranty

page 20

GENERAL INFORMATION

The VFST and VFPF Series Unvented Room Heaters covered in this manual feature a unit- ized set of eight (8) ceramic fiber split logs.

These heaters have a standing pilot and may be manually controlled through the use of an on/ off wall switch or wall thermostat or any com- bination of both of them.

A spark ignition system (piezo) allows the heater pilot gas to be lit without the use of matches or batteries and permits operation of the heater during a power outage.

These heaters are fitted with a specially de- signed pilot (ODS) which responds to the amount of oxygen available in the room and shuts the heater off before the oxygen level drops below 18%. The pilot can be relit only when fresh air is available. Refer to the Com- bustion and Ventilation Air section.

The VFST and VFPF Series Unvented Room Heaters must be built into a framed wall.

This heater has been tested to the standards of ANSI Z21.11.2 unvented heaters.

Do not install these unvented room heaters in a bedroom or bathroom as all units exceed maximum allowable BTU/Hr input of 10,000.

Inventory

Unvented Gas Fireplace

Installation and Operating Instructions

Tools and Building Supplies

Normally Required

Tools Should Include:

Phillips screwdriver

Hammer

Saw and/or Sabersaw

Measuring tape

Electric drill and bits

Pliers

Square

Piping complying with local codes

Pipe wrench

Tee joint

Pipe compound

Building Supplies Should Include:

Framing materials Wall finishing materials

Caulking materials (noncombustible) Fireplace surround materials

Check the inventory list to be sure that you have all the necessary parts in usable condition. Also check for concealed damage.

IMPORTANT SAFETY INFORMATION

INSTALLER: PLEASE LEAVE THESE INSTRUC- TIONS WITH THE OWNER.

STATE OF MASSACHUSETTS: THE INSTAL- LATION MUST BE MADE BY A LICENSED PLUMBER OR GAS FITTER IN THE COMMON- WEALTH OF MASSACHUSETTS.

OWNER: PLEASE RETAIN THESE INSTRUC- TION FOR FUTURE REFERENCE.

IMPORTANT: BEFORE STARTING YOUR HEATER INSTALLATION, READ THESE INSTAL- LATION INSTRUCTIONS CAREFULLY TO BE SURE YOU UNDERSTAND THEM COMPLETELY AND IN ENTIRETY. FAILURE TO FOLLOW THESE INSTRUCTIONS COULD CAUSE A HEATER MALFUNCTION RESULTING IN SERI- OUS INJURY AND/OR PROPERTY DAMAGE.

WARNING: FAILURE TO COMPLY WITH THE INSTALLATION AND OPERATING INSTRUCTIONS PROVIDED IN THIS DOCUMENT WILL RESULT IN AN IM- PROPERLY INSTALLED AND OPERAT- ING UNVENTED ROOM HEATER, VOID- ING ITS WARRANTY. ANY CHANGE TO THIS HEATER AND/OR ITS OPERATING CONTROLS IS DANGEROUS. IMPROPER INSTALLATION OR USE OF THIS HEATER CAN CAUSE SERIOUS INJURY OR DEATH FORM FIRE, BURNS, EXPLOSION OR CARBON MONOXIDE POISONING.

2

UNVENTED GAS ROOM HEATER SPECIFICATIONS AND TECHNICAL DETAILS

 

 

 

Valve

 

Regulator Pressure

Gas Inlet

Model No.

Gas Type

Maximum BTU/HR

Operation

Ignition

Setting

Pressure

 

 

 

 

 

 

 

VFST-CMN-2

Natural

27,000 Low

Millivolt with

Piezo

5" w.c.

Max 10 ¹⁄₂" w.c.

VFPF-CMN-2

 

34,000 High

Flame Control

 

 

Min. 6" w.c.

 

 

 

 

 

 

 

VFST-CMP-2

Propane/

27,000 Low

Millivolt with

Piezo

10" w.c.

Max 13" w.c.

VFPF-CMP-2

LPG

34,000 High

Flame Control

 

 

Min. 11" w.c.

 

 

 

 

 

 

 

Note: Test gage connections are provided on the front of the gas control valve (identified A for the manifold side and E for inlet pressure).

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Contents Standard Series Unvented Decorative Gas Fireplaces 903571 REV. F 03/2005Table of Contents Codes Combustion and Ventilation AIRClearances Cable Local CodesLocation of Fireplace High Traffic Areas Windy or Drafty AreasInstallation Steps PreinstallationAssembly Steps Check Gas TypeFraming Dimensions Vfst Appliance SpecificationsVfst Framing Specifications ¹⁄₈ 1016 mm Min Vfpf Framing Specifications³⁄₄ 578 mm 43 1092 mm MinMix a 50% dish soap, 50% water solution Vfst Series Standard Wiring Diagram Finished Wall DetailsAssembling the Logs Flame AppearanceInstalling the Optional Glass Door Remote Control KitWall Switch Kit Optional EquipmentSolid Brass Louver Kit Optional on Unit Rocker SwitchSolid Brass Hood Kit Wall Thermostat KitAccessories and Components Cleaning and ServicingReplacement Parts Operation and Care of Your ApplianceConversion Observed Problem Possible Cause RemedyLighting Instructions Operating InstructionsWhat to do if YOU Smell GAS To Turn OFF GAS to HeaterPilot Location Turn Control Knob to OFF Position PilotTurn Control Knob to Pilot Position Turn Control Knob to on PositionDescription Vfst Replacement Parts ListVFST-CMN Replacement Parts Vfst Vfpf Replacement Parts List VFPF-CMNReplacement Parts Vfpf Page Page 903571 REV. F 03/2005 Orange, CA

VFPF-CMP-2, VFPF-CMN-2, VFST-CMN-2, VFST-CMP-2 specifications

The Superior VFST-CMP-2, VFPF-CMN-2, VFPF-CMP-2, and VFST-CMN-2 represent a cutting-edge suite of products designed to meet the demands of modern applications in various industries, including telecommunications, data management, and industrial automation. Each of these models incorporates advanced features and technologies aimed at enhancing performance, reliability, and user experience.

The VFST-CMP-2 is particularly focused on high-speed data processing. With an impressive throughput and low latency, it is engineered for tasks that require rapid data handling, making it suitable for applications in cloud computing and data centers. This model incorporates state-of-the-art error correction algorithms, ensuring data integrity during transmission and significantly reducing downtime.

In contrast, the VFPF-CMN-2 is tailored for network management and monitoring. It boasts a comprehensive interface that allows users to track network performance in real-time. The intuitive dashboard provides insights into traffic loads, bottlenecks, and overall system health. This model is equipped with cutting-edge analytics features that leverage machine learning to predict potential issues before they become critical, enhancing proactive maintenance capabilities.

The VFPF-CMP-2 combines features from both offerings, positioned as a hybrid solution that caters to versatile applications. It balances powerful data processing and efficient network management, making it an optimal choice for organizations looking to streamline operations across various platforms. With its modular architecture, users can easily scale their systems as demand increases without significant overhauls.

Finally, the VFST-CMN-2 excels in interoperability. Designed to integrate seamlessly with existing infrastructures, it supports a wide range of protocols and standards. This flexibility ensures that it can be deployed in diverse environments, minimizing compatibility issues. The device also emphasizes security, incorporating advanced encryption technologies to protect sensitive data during transmission.

In summary, the Superior VFST-CMP-2, VFPF-CMN-2, VFPF-CMP-2, and VFST-CMN-2 are exemplary models that bring together innovative features and technologies. Their unique characteristics make them well-suited for various applications, providing essential tools for enhanced data processing, network management, and operational efficiency. Organizations investing in these products are poised to benefit from improved performance and adaptability in an ever-evolving technological landscape.