Attachment 10 - 544-329 Equipment Cut Sheets Part 4.pdf

The revolutionary OPAL range delivers a totally new detector platform incorporating an advanced digital protocol. The advanced protocol delivers more devices on the loop and gives greater control, configurability and device management whilst enabling the overall system to be optimised to the location and use of the building with far greater flexibility than ever before.

Features

• Built in short circuit isolation

• New advanced Opal protocol allows mapping of the loop for precise fault location using isolators

• Tri colour LED offering red, green and amber colours

• Rotary decade address switches

• Pure white colour to complement modern buildings

• 100% mechanical and electrical backwards compatibility

• Base designed to ease installation and wiring

Technology Leadership Opal incorporates major hardware and software technology driven developments. A completely new optical chamber design is proven in extensive testing to be more efficient, less liable to false alarm due to dust and insects and less susceptible to fault in high air velocities or back pressure. Extensive hydrodynamic modelling has confirmed the greater efficiency of the new chamber and housing shape combination. Large-scale integration of the all-new electronics, through the fully automated surface mount PCB assembly, coupled with in-line testing through the manufacturing process, laser PCB cutting along with a completely new compound of plastic offers improved quality and reliability.

All OPAL detectors are environmentally friendly and meet the WEEE and RoHS legislative requirements, minimising end of life disposal costs, and are mechanically and electrically backwards compatible with existing devices.

Product Range The family consists of six detection devices: three heat detectors (58° and 78° fixed temperature, and rate of rise), an optical smoke, a photo-thermal multi-sensor and our award winning SMART3. All six devices come with electrical short circuit isolation and the new Advanced Protocol. In addition to the new family of devices, a new installation base that makes the installation process far easier and quicker, replaces the previous versions.

OPALTM Detector range Data Sheet

This document is not intended to be used for installation purposes. Every care has been taken in the preparation of this document but no liability can be accepted for the use of the information therein. Design features may be changed or amended without prior notice.

For more information, contact:

NOTIFIER. Charles Avenue, Burgess Hill, West Sussex, RH15 9UF. United Kingdom Phone: +44 (0) 1444 230 300 Fax: +44 (0) 1444 230 888

ISO9001

Design, Manufacture and

Supply to Quality Manage-ment Systems Certified to

ISO9001:1994

Page 1 of 6 - 990-137_0511 www.notifierfiresystems.co.uk

Appendix P

Specifi cations Opal NFXI-OPT Mechanical Specifi cation

• Height: 52mm installed in B501AP base

• Diameter: 102mm installed in B501AP base

• Weight: 97g (inc base)

• Max Wire Gauge for Terminals: 2.5mm2

• Colour: White

• Material: PC/ABS

Electrical Specifi cation

• Operating Voltage Range: 15 to 28.5Vdc

• Max. Standby Current: 200μA @ 24Vdc (no communications) / 300μA @ 24Vdc (LED blink enabled, once every 5 seconds)

• Maximum Continuous Current: 1A (switch closed)

• Isolation Current: 15mA @ 24Vdc

• LED Current Red: 3.5mA @ 24Vdc Green: 7.0mA @ 24Vdc Yellow: 10.5mA @ 24Vdc

• Remote Output Voltage: 22.5Vdc

• Remote Output Current: 10.8mA @ 24Vdc

• Additional loop resistance: typ 80mohm @ 24V (max 170mohm @ 15V)

Environmental Specifi cations

• Temperature Range: -30°C to +70°C†

• Humidity: 10 to 93% relative humidity (non-condensing)

• IP Rating: IP40 when installed in B501AP base IP43 when installed in WB-1AP base

OpalTM Photoelectric Smoke Detectors - NFXI-OPT The Opal photoelectric smoke detector has a completely new detection chamber design, the result of many years of research and development. This delivers improved responsiveness, reduced sensitivity changes caused by settling dust and reduced false alarms resulting from ingress of insect and other debris. The plug-in unit uses sophisticated processing circuitry that incorporates smoothing fi lters to help eliminate transient environmental noise conditions that can be the cause of unwanted alarms. The devices are managed by embedded software running complex algorithms that further improve resilience to false alarms and improve detection speed.

The Opal NFXI-OPT has built in short circuit isolation and two integral tri-colour LEDs that provide 360° local visual indication of the device status. The LEDs are programmable with static or blinking red, amber and green status indications available.

* When installed in a B501AP base † Do not install detectors in locations where normal ambient temperature exceeds 50°C

Page 2 of 6 - 990-137_0511 www.notifi erfi resystems.co.uk

Mechanical Specifi cation

• Height: 61mm installed in B501AP base

• Diameter: 102mm installed in B501AP base

• Weight: 99g (inc base)

• Max Wire Gauge for Terminals: 2.5mm2

• Colour: White

• Material: PC/ABS

Electrical Specifi cation

• Operating Voltage Range: 15 to 28.5Vdc

• Max. Standby Current: 200μA @ 24Vdc (no communications) / 300μA @ 24Vdc (LED blink enabled, once every 5s)

• Max. Continuous Current: 1A (switch closed)

• Isolation Current: 15mA @ 24Vdc

• LED Current Red: 3.5mA @ 24Vdc Green: 7.0mA @ 24Vdc Yellow: 10.5mA @ 24Vdc

• Remote Output Voltage: 22.5Vdc

• Remote Output Current: 10.8mA @ 24Vdc

• Additional loop resistance: typ 80mohm @ 24V (max 170mohm @ 15V)

Environmental Specifi cations

• Temperature Range: -30°C to +70°C†

• Humidity: 10 to 93% relative humidity (non-condensing)

• IP Rating: IP20 when installed in B501AP base IP23 when installed in WB-1AP base

Sensitivity Settings Alarm level 1 1%/ft smoke Alarm level 2 2%/ft smoke Alarm level 3 3%/ft smoke Alarm level 4 3%/ft smoke Alarm level 5 3%/ft smoke Alarm level 6 Class A1R

OpalTM SMART2 Photoelectric / Thermal Multi-Criteria Detectors - NFXI-SMT2 The Opal multi-criteria, multi-sensor, photo, thermal detector uses thermal assistance to the core photoelectric smoke detector to give enhanced false alarm immunity and faster response to a wide range of incipient fi res. The plug-in unit combines two separate sensing elements that are managed by embedded software to act as a single unit. The Opal NFXI-SMT2 conforms to EN54-7, a 58°C fi xed temperature and rate of rise thermal assistance conforming to EN54-5. The thermal detection function combines thermistor technology with a software corrected linear temperature response. In areas where the normal daytime activities may potentially create unwanted alarms, the detector can be programmed to operate in a “heat only” mode, automatically reverting to full photo-thermal operation during unoccupied periods.

The sensing elements of the Opal NFXI-SMT2 are panel controllable so the sensitivity thresholds of each element can be changed by the panel offering the ability to customise the device for the changing use of the area it is protecting. The detector has built in short circuit isolation and two integral tri-colour LEDs that provide 360° local visual indication of the device status. The LEDs are programmable with static or blinking red, amber and green status indications available.

* When installed in a B501AP base † Do not install detectors in locations where normal ambient temperature exceeds 50°C

Specifi cations Opal NFXI-SMT2 www.notifi erfi resystems.co.ukPage 3 of 6 - 990-137_0511

Specifi cations Opal NFXI-SMT3 Mechanical Specifi cation

• Height: 63mm installed in B501AP base

• Diameter: 102mm installed in B501AP base

• Weight: 102g (inc base)

• Max Wire Gauge for Terminals: 2.5mm2

• Colour: White

• Material: PC/ABS

Electrical Specifi cation

• Operating Voltage Range: 15 to 28.5Vdc

• Max. Standby Current: 200μA @ 24Vdc (no communications) / 300μA @ 24Vdc (LED blink enabled, once every 5s)

• Max. Continuous Current: 1A (switch closed)

• Isolation Current: 15mA @ 24Vdc

• LED Current Red: 3.5mA @ 24Vdc Green: 7.0mA @ 24Vdc Yellow: 10.5mA @ 24Vdc

• Remote Output Voltage: 22.5Vdc

• Remote Output Current: 10.8mA @ 24Vdc

• Additional loop resistance: typ 80mohm @ 24V (max 170mohm @ 15V)

Environmental Specifi cations

• Temperature Range: -30°C to +70°C†

• Humidity: 10 to 93% relative humidity (non-condensing)

• IP Rating: IP20 when installed in B501AP base IP23 when installed in WB-1AP base

Sensitivity Settings Alarm level 1 Low false alarm resistance, high photoelectric only sensitivity. 1%/ft smoke Alarm level 2 Medium false alarm resistance, medium photoelectric only sensitivity. 2%/ft smoke Alarm level 3 Standard false alarm resistance, low photoelectric only sensitivity. 3%/ft smoke Alarm level 4 High false alarm resistance, low photoelectric only sensitivity. 3%/ft smoke Alarm level 5 Very high false alarm resistance, low photoelectric only sensitivity. 3%/ft smoke Alarm level 6 Class A1R

* When installed in a B501AP base † Do not install detectors in locations where normal ambient temperature exceeds 50°C

OPALTM SMART3 Photo, Thermal, & Infra Red Multi-Criteria Detectors - NFXI-SMT3 The Opal multi-criteria, multi-sensor, photo, thermal and infra red (SMART3) detector is the environmentally friendly alternative to the ionisation detector, a technology that is now over sixty years old. The SMART3 offers comparable speed of response to the ionisation technology for a fast fl aming fi re and is less susceptible to false alarms. It can be deployed with confi dence in locations where the main risk is from fast-developing fl aming fi res. SMART3 moves the goal posts in the fi ght against false alarms by delivering enhanced false alarm immunity. In addition to being an effective alternative to ionisation units, SMART3 offers better performance over the alternative technologies of dual angle or dual wavelength optical detectors and photo-thermal detectors.

The integration of continual monitoring for all three major elements of a fi re enables the SMART3 to respond far more quickly to an actual fi re and has the highest immunity to nuisances. Based upon the sensor signals, the program dynamically changes sensor thresholds, sensor gain, time delays, combination, sampling rates, averaging rates and, if any sensor fails, changing sensitivity of the remaining sensors as well as indicating a fault condition.

The sensing elements of the SMART3 are panel controllable so the sensitivity thresholds of each element can be changed by the panel offering the ability to customise the device for the changing use of the area it is protecting. The detector has built in short circuit isolation and two integral tri-colour LEDs that provide 360° local visual indication of the device status. The LEDs are programmable with static or blinking red, amber and green status indications available.

Note: The panel threshold should be chosen according to the specifi c environment.

The following would be Notifi er’s recommendations: Ultra-clean applications use Level 1 for pre alarm or alarm. Clean Applications use Level 1 for pre alarm and Levels 2 & 3 for alarm. Moderate environments use Level 1,2 or 3 for pre alarm and Level 4 for alarm. Harsh environments use Level 2 or 3 for pre alarm and Levels 5-6 for alarm www.notifi erfi resystems.co.ukPage 4 of 6 - 990-137_0511

OPALTM Thermal Sensors - NFXI-TDIFF, NFXI-TFIX58, NFXI-TFIX78 The Opal NFXI-TFIX58 & NFXI-TFIX78 are fi xed temperature analogue addressable sensors employing low mass thermistors and microprocessor technology for fast response and linear temperature sensing. Their linear response allows these sensors to be used to signal temperatures over the range of 58°C (Class A1S) to 78°C (Class BS).

The Opal NFXI-TDIFF uses the same thermistor and microprocessor technology to provide an alarm when the rate of rise in temperature exceeds 10°C/minute (typical) or if the temperature exceeds a threshold of 58°C (Response Class A1R). Notifi er’s Opal protocol allows it to be software confi gured to be either a fi xed 58°C, a fi xed 78°C unit or a 58°C with rate of rise device. For backwards compatibility and approval continuity, three separate versions continue to be available as separate part numbers.

The sensing elements of all three heat sensors are panel controllable through the Opal Protocol so the sensitivity thresholds of each element can be changed by the panel offering the ability to customise the device for the changing use of the area it is protecting. The detectors have built in short circuit isolation and two integral tri-colour LEDs that provide 360° local visual indication of the device status. The LEDs are programmable with static or blinking red, amber and green status indications available.

Mechanical Specifi cation

• Height: 61mm installed in B501AP base

• Diameter: 102mm installed in B501AP base

• Weight: 88g (excluding base)

• Max Wire Gauge for Terminals: 2.5mm2

• Colour: White

• Material: PC/ABS

Electrical Specifi cation

• Operating Voltage Range: 15 to 28.5Vdc

• Max. Standby Current: 200μA @ 24Vdc (no communications) / 300μA @ 24Vdc (LED blink enabled, once every 5s)

• Max. Continuous Current: 1A (switch closed)

• Isolation Current: 15mA @ 24Vdc

• LED Current Red: 3.5mA @ 24Vdc Green: 7.0mA @ 24Vdc Yellow: 10.5mA @ 24Vdc

• Remote Output Voltage: 22.5Vdc

• Remote Output Current: 10.8mA @ 24Vdc

• Additional loop resistance: typ 80mohm @ 24V (max 170mohm @ 15V)

Environmental Specifi cations

• Temperature Range: -30°C to +70°C†

• Humidity: 10 to 93% relative humidity (non-condensing)

• IP Rating: IP20 when installed in B501AP base IP23 when installed in WB-1AP base

Heat Detection Performance

NFX/NFXI-TDIFF Class A1R: 58°C fi xed temperature and rate of rise NFX/NFXI-TFIX58 Class A1S: 58°C fi xed temperature NFX/NFXI-TFIX78 Class BS: 78°C fi xed temperature

* When installed in a B501AP base † Do not install detectors in locations where normal ambient temperature exceeds 50°C

Specifi cations Opal NFXI-TDIFF, NFXI-TFIX58, NFXI-TFIX78 www.notifi erfi resystems.co.ukPage 5 of 6 - 990-137_0511

Charles Avenue Burgess Hill W. Sussex

RH15 9UF

T: +44 (0) 116 246 2255 F: +44 (0) 116 246 2210 E: sales@notifierfiresystems.co.uk www.notifierfiresystems.co.uk

Page 6 of 6 - 990-137_0511

Product Range at a Glance

Isolator Colour Part Number

OPAL Optical smoke detector White NFXI-OPT

OPAL Heat detector, fi xed 58ºC White NFXI-TFIX58

OPAL Heat detector (A1R), rate of rise + fi xed 58ºC White NFXI-TDIFF

OPAL Heat detector, fi xed 78ºC White NFXI-TFIX78

OPAL SMART2 Optical smoke & heat detector White NFXI-SMT2

OPAL SMART3 Optical smoke & heat detector with infra-red fl ame sensing White NFXI-SMT3

Analogue sensor base with SEMS screw connections and address identifi cation label n/a White B501AP

Wet Base shroud for use with standard bases to allow condensation run off and rear seal. Conduit entry only. n/a White WB-1AP

Part # Product Description list price en-Gauge Fire Extinguisher Monitoring Products

F00133 EVM (en-Vision Module) Kit, Hardwire Power 219.07$

F00141 EVM (en-Vision Module) Kit, Battery Power 265.74$

F00179 WEVM-E (Wireless- Echostream EVM) Surface Mount Kit 413.10$

F00180 WEVM -E (Wireless - Echostream EVM) Flush Mount Kit 388.37$

F00319 Universal Faceplate Kit (used for addressable modules/transmitters -NEEDS EVM) 17.01$

F00033 CO2 Extinguisher Collar Assembly 16.64$

F00186 EVM Addressable, Simplex 288.81$

F00345 Monitored Fire Extinguisher Label, 4x18, Vinyl 3.89$ en-Gauge Defibrillator Monitoring Products

F00311 EVM-AED Kit, Hardwire Power 232.58$

F00312 EVM-AED Kit, Battery Power 279.25$

F00309 WEVM-AED Wireless AED Monitoring Surface Mount Kit 426.61$

F00310 WEVM-AED Wireless AED Monitoring Flush Mount Kit 401.88$ en-Gauge Pressure Gauge Products

F00073 195 lb Dry Chem en-Gauge 92.40$

F00074 100 lb Water LONG en-Gauge 92.40$

F00285 75 lb FE-36 Long en-Gauge 92.40$

F00071 125 lb Halotron en-Gauge 92.40$

F00072 100 lb Halotron en-Gauge 92.40$

F00274 100 lb K Class Wet Chem en-Gauge 92.40$ en-Gauge Sales Tools

F00346 Demo Kit, Stand-up Unit 1,143.77$

F00109 Wireless Site Survey Kit 829.43$

Inovonics ECHOSTREAM Wireless Devices

F00099 Receiver, 32 Transmitter/12-Output with Display & Relay 424.18$

F00100 Receiver, 16 transmitter/4-Output withDisplay & Relay 323.88$

F00102 Receiver, Echostream Serial 204.78$

F00104 Repeater, High Power w/Transformer 491.04$

F00105 Enclosure, NEMA Kit (Converts Indoor Repeater to Outdoor) 46.18$

F00106 Transmitter, Single Input Universal w/EOL Protection 62.69$

F00107 Transmitter, Single Input Universal w/Back Tamper & EOL Protection 73.13$

Pacom Control Panels

F00087 32 Point Intelligent Panel (8001R-S-UENC-05) w/ Enclosure & Power Supply 1,517.01$

F00089 128 Point Intelligent Panel (8001R-M-UENC-05) w/ Enclosure & Power Supply 2,143.88$

F00268 256 Point Intelligent Panel (8001R-L-UENC-05) w/ Enclosure & Power Supply 2,896.12$

Pacom Control Panel Accessories

F00026 Keypad (1062-A) 225.67$

F00065 Star Coupler/RS485 Expander 463.88$

F00024 Local Relay Output (8) Mezzanine Card (1050-003) 150.45$

F00025 Remote I/O Expansion Module (1065-IO) 827.46$

F00028 Large Wall Mount Enclosure 288.36$

F00030 12V & 7AH Battery (BAT-1207) 50.15$

F00064 Small Wall Mount Enclosure (Used with 1065) 200.60$

F00063 Single Door Card Reader/ Dual Input Module(1064) 376.12$

F00269 Input Module, 8 Inputs, Used on 8001 Control Panels 175.52$

Pacom Control Panel Upgrades

F00161 Upgrade 8001-S (32 Points) Panel to an 8001-M (128 points) Panel 714.63$

F00162 Upgrade 8001-S (32 Points) Panel to an 8001-L (256 Points) Panel 1,604.78$

F00163 Upgrade 8001-M (128 Points) Panel to an 8001-L (256 Points) Panel 877.61$

Pacom Monitoring Software

F00296 GMS-Base (5 Panels) 1,642.39$

F00297 GMS-CTRL5 (5 Additional Panels) (GMS Base + GMS-CTRL5) 1,642.39$

F00298 GMS-CTRL10 (10 Additional Panels) GMS-Base + GMS-CTRL10) 2,958.81$

F00299 GMS-CTRL25 (25 Additional Panels) (GMS-Base + GMS CTRL25) 6,582.09$

Amerex Fire Extinguishers - with Gauge except CO2

F00173 5.0 lb ABC Fire Extinguisher w/wall hanger 197.92$

F00170 10 lb ABC Fire Extinguisher w/wall hanger 227.33$

F00169 11 lb Halotron en-Gauge equipped Fire Extinguisher w/wall hanger 624.78$

F00175 15.5 lb Halotron en-Gauge equipped Fire Extinguisher w/wall hanger 783.58$

F00172 5 lb CO2 Fire Extinguisher w/wall hanger 273.73$

F00171 5 lb CO2 Non-Magnetic Fire Extinguisher w/wall Hanger 250.98$

F00176 20 lb ABC en-Gauge equipped Fire Extinguisher w/wall Hanger 298.21$

F00167 6 L Wet Chemical "K" Class Fire Extinguisher w/wall Hanger 363.81$

F00190 2.5 Gallon Wet Chemical "K" Class Fire Extinguisher w/wall Hanger 426.50$

F00191 2.5 Gallon Water Fire Extinguisher w/wall Hanger 238.44$

F00313 6L Water Mist Fire Extinguisher w/wall Hanger 322.02$

F00314 2.5 Gallon Water Mist Fire Extinguisher w/wall Hanger 342.92$ en-Gauge Spare Parts

F00264 Protective Cage, Universal/Wireless Applications (Triple Gang) 121.25$

F00317 Protective Cage - EVM (Single Gang) 82.02$

C00019 Surface Mount Wireless Box 3-Gang 39.62$

C00057 Flush Mount Wireless Box 3-Gang 10.88$

C00054 3V Lithium Battery 3.17$

F00046 NEMA 4 Enclosure (Used to weather proof wireless EVMs) 203.29$

C00007 Tether 48 Inch 29.58$

C00078 Plastic Wall Grommet (for use with en-Gauge Tether) 1.06$

Date: December 29, 2021

Distributor: Contractor: Charlotte Engineers

City/ State: City/ State: Charlotte, NC

Contact: Contact: John Callahan

Email: Email: jcallahan@charlotteengineers.com

Phone: Phone: 704-531-3000

NITROGEN GENERATOR QUOTATION

Reference Project: VA New Rehab Center

We are pleased to provide the following quotation for a Wall Mount Nitrogen Generator Package sized per the supplied Site Project Form which is attached.

Nitrogen Generator Pricing:

Qty M o del P / N D escript io n M SR P Each M SR P T o tal

1 NGP-WM 300* A-H

NGP-WM 300 Wall M ount Nitrogen Generator

Package w/ Horizontal Tank, Quiet M odel, Any

Voltage (Voltage to be supplied with order) -

FM Pending - 277 Gallon Air Fill Capacity / 1275

Gallon M aint. Capacity

$6,982.00 $6,982.00

*M odel P/N subject to change due to voltage requirements. Sub T o tal: $ 6,982.00

N GP N itro gen Generato rs include the fo llo wing accesso ries in the price abo ve:

x Quiet (Q-Series) Fire Protection Air Compressor Included x 30-Gallon Vertical Nitrogen Storage Tank Included x Digital Contro l Panel Included x Vibration Iso lation Kit - Vibration Iso lators and 30" stainless steel flex hoseIncluded x Quick install wall-mounting anchor brackets Included x Online training & installation support Included

Nitrogen Accessory Pricing:

Qty M o del P / N D escript io n M SR P Each M SR P T o tal

1 NGP-PV1 Simplif ied Nitrogen Purge Valve $148.00 $148.00

1 AM D-1 Air M aintenance Device, UL/FM Approved $260.00 $260.00

Sub T o tal: $ 408.00

M SR P T o tal

N itro gen Generato r P ricing $6,982.00

N itro gen A ccesso ry P ricing $408.00

Total $7,390.00

Totals - Nitrogen Generators and Accessories

General Air Products, Inc.

118 Summit Drive

Exton PA 19341 www.GeneralAirProducts.com

Phone: +1 (800) 345 8207

Quote # 122921-DF-334-C http://www.generalairproducts.com/

General Air Products’ Nitrogen Generator Package (NGP) includes as standard:

• Quiet Fire Protection Air Compressor

• Factory preset at 98% nitrogen purity – capable of 99.5% purity

• Turn-key package includes everything required for startup – all filters, valves, tank drains, and pressure gauges.

• Plug-N-Play installation – single point electrical / pneumatic connections, wall mount brackets for quick and easy install

• Small footprint allows for site installation flexibility

• Durable and efficient air pre-treatment filtration system

• UL 508A listed Industrial Control Panel

• PLC Controlled Operation with Alarms – for leak detection and generator operation

• Bypass Alarm – if left in bypass mode, alarm will sound

• 30” Stainless Steel Flex Hose, Vibration Pads, and Anchor Kit

Commercial Terms:

Freight: FOB Exton, PA – Prepaid & Add Lead Time: 2-3 Weeks ARO Expires: Quotation is valid for 30 days

Thank you for this opportunity to quote the most dependable and reliable nitrogen generator package designed specifically for fire protection systems. Please let me know if you have any questions.

Regards, Dave Fremont Regional Sales Manager 610-513-7790 cc:

PAV

Potter Air Vent

5401165 - REV E • 2/19 page 1 OF 3

Potter Electr ic Signal Company, LLC • St . Louis, MO • Phone: 800-325-3936 • www.pottersignal .com

Description The PAV is an automatic float type air vent used to reduce the amount of air trapped in a pressurized fire sprinkler system. Reducing the amount of air in a fire sprinkler system is essential to help protect the system piping from the effects of corrosion that is often found at the air/water interface in the fire sprinkler system piping.

Removing as much air as possible will also have a positive effect on the performance of vane type waterflow detectors. The operation of vane type waterflow detectors can be delayed or prevented if too much air is trapped in the system piping.

The intent of the product is to vent as much air from the fire sprinkler system as possible. The PAV provides automatic venting of air as the system is being filled. Furthermore, trapped air can also be vented as the air in the system migrates to the vent location over time. The air vent will automatically close when water reaches the vent. The PAV provides a 1/2” NPT-male connection which will allow installers to pipe the outlet to a drain or other suitable location if there are concerns of inadvertent water discharge.

Technical Specifications Service Pressure Up to 175 PSIG

Environmental Limitations 40°F to 120°F (4.5°C to 49°C)

Air Vent 1/2” NPT inlet / 1/2” outlet to drain 5/64” Orifice Brass Construction

Optional Accessories

Ball valve supervisory switch model RBVS (Supervisory switch only) Used to monitor the position of the isolation valve.

Outdoor vent screen assembly for outdoor installations above 40°F. See Figure 2.

*Specifications subject to change without notice.

Features

• UL Listed for Fire Sprinkler Branch line applications per UL subject

2573—”Automatic Air Release Valves for Fire Protection Service”

• FM Approved for “Automatic Air Release Valve for Sprinkler

Systems”

5401165 - REV E • 2/19 PAGE 2 OF 3

Potter Electr ic Signal Company, LLC • St . Louis, MO • Phone: 800-325-3936 • www.pottersignal .com

PAV

Potter Air Vent

Installation

PAV Outline Drawing

PAV and Shutoff Valve Replacement

1. Read and understand the instructions provided before you proceed with installation. The PAV shall be installed in accordance with local ordinances and the applicable NFPA13, NFPA13D, or NFPA13R standard.

2. The Engineer of Record should select the Model PAV, Potter Air Vent installation location. Usually at a point in the system that will vent the most air.

3. The location of the PAV must not interfere with the spray pattern of any sprinkler head. The connection point must be off the top of the pipe. (See Fig. 1)

4. The piping must be level or pitch back toward the fire sprinkler system piping and arranged in such a manner that water will not become trapped.

The outlet of the PAV contains a 1/2” male NPT threaded connection allowing the device to be piped to a drain or other suitable location if there are concerns about inadvertent water discharge.

5. Immediately after installation and filling of the fire sprinkler system, the PAV should be inspected for leaks and proper operation. The unit should be inspected periodically. Thereafter the manufacturer recommends quarterly or more frequently

6. Inspection should include removal and cleaning of the strainer screen. Remove the screen and flush with clean water. Use a wire brush if necessary to remove any particles trapped in the screen.

The vent used in the PAV is not field replaceable. If the vent should fail, the entire unit must be replaced.

Fig 1

NOTICE

It is strongly recommended to install a ball valve in line with the PAV to assist in servicing the strainer without disabling the sprinkler system.

SPRINKLER PIPING

7 7/16"

DWG# 1165-2

7 3/4"

40 MeSH TYpe

STRAINER

POTTER RBVS (OPTIONAL)

AVAILABLE FROM POTTER

DISTRIBUTION

PIPING CONNECTION

FROM TOP OF

SPRINKLER PIPING

Note: It is strongly recommended to install a ball valve and nipple (supplied by others).

5 21/32"

(centerline)

5401165 - REV E • 2/19 page 3 OF 3

Potter Electr ic Signal Company, LLC • St . Louis, MO • Phone: 800-325-3936 • www.pottersignal .com

PAV

Potter Air Vent

PAV Assembly Fig 2

AIR VENT VALVE

1/2" MALE NPT DRAIN

CONNECTION

1/2" CLOSE NIPPLE

1/2" CLOSE NIPPLE

1/2" CLOSE NIPPLE

1/2" 90 ELBOW

1/2" UNION CONNECTION

1/2" X 2" NIPPLE

1/2" STRAINER

1/2" BALL VALVE

1/2" 90

ELBOW

1/2" X 2"

NIPPLE

SCREEN

CAP

5020384

OUTDOOR VENT

SCREEN ASSEMBLY

DWG # 1165-1-B

Note: It is strongly recommended to install a ball valve and nipple before the strainer. The ball valave and nipple are supplied by others.

Ordering Information Model Description Part Number paV Potter Air Vent 1119720

Outdoor Vent Screen Assembly 5020384

RBVS Retrofit Ball Valve Switch (w/o cover tamper) 1000040

RBVS-T RBVS-T Retrofit Ball Valve Switch (with cover tamper) 1000035

PRINTED IN USA MFG. #5401520 - REV A

2/14

NGP-SPV

NITROGEN SELF PURGE VALVE

3. The location of the NGP-SPV must not interfere with the spray pattern of any sprinkler head.

4. The piping must be level and arranged in such a manner that water will not become trapped. Trapped water could cause the NGP-SPV not to purge.

5. Using the union, position the purge orifice (N2 sampling part) for easy access.

6. After installation, close ball valve prior to initiating test or purging process.

7. Purging process operation instructions are located in the Potter Nitrogen Generator Manual.

8. The unit should be inspected periodically. Thereafter, the manufacturer recommends quarterly or more frequently inspections.

9. Inspection should include removal and cleaning of the strainer screen. Remove the screen and flush with clean water. Use a wire brush if necessary to remove any particles trapped in the screen.

10. Plug should be installed in orifice when purging process is not being performed to keep orifice free of debris and buildup.

Service Pressure: Up to 175 PSIG

Temperature Range: Up to 120°F (4.5°C to 49°C)

Purge Valve: 1/2" NPT inlet Brass Construction

Ordering Information:

Stock No. Model/Description 1119784 NGP-SPV - Potter Nitrogen Self Purge Valve

The Potter Nitrogen Self Purge valve (NGP-SPV) is designed to work with Potter Nitrogen Generators Systems to effectively purge corrosive oxygen from a fire sprinkler system while maintaining adequate system pressure. Potter's Self Purge Valve is the easiest way to ensure high purity nitrogen is equally distributed throughout the fire sprinkler system. Simply install the NGP-SPV off a tee connection at the end of the sprinkler system. No electrical connections are required. When the nitrogen generator is in operation the purge orifice automatically bleeds out the oxygen as well as the residual moisture in the system. The purge valve also provides a sampling port to monitor the nitrogen purity within the system piping.

In the event of an alarm condition the NGP-SPV has a built in high pressure water shut-off valve that automatically closes when the water reaches the vent. A plug is supplied to keep the purge orifice free of debris when not in use. A ball valve allows for isolation of the assembly, maintinance of strainer screen, replacement of air vent, or maintinance of the purge orifice.

General Description

Installation and Servicing (See Figures 1 & 2)

Potter Electric Signal Company, LLC • St. Louis, MO • Cust Service: 866-572-3005 • Tech Support: 866-956-0988 • Canada 888-882-1833 • www.pottersignal.com

NGP-SPV valves must be installed in a level horizontal position.

See Figure 2.

1. Read and understand the instructions provided before proceeding with installation. The NGP-SPV shall be installed in accordance with local ordinances and the applicable NFPA 13, NFPA 13D, or NFPA 13R standard.

2. The Engineer of Record should select the Model NGP-SPV, Potter Nitrogen Self Purge Valve installation location. This is usually located at the end point of the system.

PRINTED IN USA MFG. #5401520 - REV A

2/14

NGP-SPV

NITROGEN SELF PURGE VALVE

Fig. 2 NGP-SPV Installation Diagram

Fig. 1 NGP-SPV Assembly

111/4"

7"

1/2" NPT F TEE CONNECTION AND CLOSE NIPPLE

(SUPPLIED BY SPRINKLER CONTRACTOR)

PIPE FROM SPRINKLER SYSTEM

INSPECTOR'S TEST VALVE

PURGE ORIFICE (N2 SAMPLING PORT)

NGP-SPV

PIPE PLUG (INSTALL AFTER

PURGE COMPLETE)

REMOVE PLUG WHEN SAMPLING

N2 LEVELS

PURGE BALL VALVE

SHOWN IN NORMAL (NON - PURGE) POSITION

UNION - POSITION VENT / ORIFCE

APPROPRIATELY

DWG. #0400-13

71/4"

1/2" BALL VALVE

1/2" CLOSE NIPPLE

1/2" CLOSE NIPPLE

1/2" CLOSE NIPPLE

1/2" CLOSE NIPPLE

1/2" UNION CONNECTION

1/2" 90 ELBOW1/2" STRAINER

AIR VENT VALVE

RUBBER WASHER

PURGE ORIFICE

(N2 SAMPLING PORT)

1/2" PIPE PLUG1/2" COUPLING

NGP-SPV shown installed horizontal and level.

INS-PV Potter IntelliPurge® Nitrogen Purge Valve

Installation, Operation, & Service Manual

Manual #5401532 Rev. E

6/19

Potter Electric Signal Company, LLC St. Louis, MO Customer Service: (866) 240-1870 • Technical Support: (866) 956-1211 • Fax: (314) 595-6999 www.pottersignal.com/corrosion

Manual: INS-PV Table of Contents

Safety

System Overview

Before Going to the Job Site

Installation of INS-PV

Wiring and Networking

Start-Up Guide for Non-Networked INS-PV

Start-Up Guide for INS-PVs Networked to an IntelliGen® Series Nitrogen Generator

Programming Using DIP switches

IntelliGen® Series Menu Trees

Error Codes & Trouble Shooting

INS-PV Technical Specifications & Drawings

Purge Modes, Functions, and Definitions

Wiring Diagram

Warranty Policy

Safety Guidelines This manual contains safety information that is important to know and understand. This information is provided for the safety of installers, operators, and users of the Potter Nitrogen Generator as well as equipment. To help recognize this information, observe the following symbols.

Danger indicates an imminently hazardous situation which, if not avoided, WILL result in death or serious injury.

Warning indicates a potentially hazardous situation which, if not avoided, COULD result in death or serious injury.

Caution indicates a potentially hazardous situation which, if not avoided, MAY result in minor or moderate injury.

Notice indicates important information, that if not followed may cause damage to equipment or property.

Important Notice to Users The Installation and Owner’s Manual supplied with each unit must be read thoroughly and completely understood before installation and operation of the Potter Nitrogen Generator. All appropriate safety standards for handling of gases as determined by local or national laws and regulations should be followed at all times.

Unpacking After unpacking unit, carefully inspect all parts and equipment for any damage that may have occurred during transit. Make sure to tighten fittings, bolts, etc. before putting unit into service.

General Safety Information Important: Read all of the safety information in this manual before operating this equipment. Use of the equipment in a manner not specified within this manual may impair the protection provided by the generator and could result in an unplanned release of pressure, which may cause serious injury or damage. Only competent personnel, who have been trained, qualified, and approved by Potter Electric Signal Company, LLC should perform commissioning, servicing, and repair procedures.

When handling, installing, or operating this equipment, personnel must employ safe engineering practices and observe all related local regulations, health, and safety procedures, and legal requirements for safety.

Ensure that the equipment is depressurized and electrically isolated before carrying out any of the scheduled maintenance instructions specified in this manual.

The warnings in this manual cover the most known potential hazards, but by definition cannot be all-inclusive. If the user employs an operating procedure, item of equipment, or a method of working that is not specifically recommended by Potter Electric Signal Company, the user must ensure that the equipment will not be damaged or become hazardous to persons or property.

1. Safety

CAUTION

D

Do not operate if damage occurred during shipping, handling, or use. Contact Potter immediately.

2. System Overview The Potter IntelliPurge® Nitrogen Purge Valve (INS-PV) is designed to work with Potter IntelliGen® Series Nitrogen Generators to effectively purge corrosive oxygen from a fire sprinkler system while maintaining adequate system pressure. Potter's IntelliPurge® Nitrogen Purge Valve is the easiest way to ensure high purity nitrogen is equally distributed throughout the fire sprinkler system. Simply install the INS-PV at the end of the sprinkler system, near a 24 Volt AC/DC electrical connection. When the nitrogen generator is in operation the INS-PV bleeds out the oxygen using one of three modes that are selectable using DIP switch configuration, or by selecting the mode on the IntelliGen® Nitrogen Generator. The three Purge Modes for the INS-PV include:

• Perfect Purge - When the INS-PV is in Perfect Purge Mode, the unit purges the air out of the system until 98% N2 purity is reached. This mode is the unit's default setting.

• Single Shot - In this mode, a Purge Time is selected and the valve automatically shuts off after that time expires.

• IntelliDry - This mode is designed for freezers or ice plug applications. After the system reaches 98% purity, it will cyclically open and close. This allows any excess, trapped moisture to be periodically purged, while still lowering the duty cycle at the compressor.

• For additional information on Purge Modes, see page 29.

In the event of a system activation, the INS-PV has a built in high pressure water shut-off valve that automatically closes when the water reaches the vent. A ball valve allows for isolation of the assembly, maintenance of strainer screen, replacement of air vent, or maintenance of the purge orifice. See Figure 1 for INS-PV System Diagram.

Figure 1: INS-PV System Diagram

7 3/8"

20 1/4"

7 1/8"

INSPECTORS TEST VALVE

PIPE FROM SPRINKLER SYSTEM

1/2" NPT TEE CONNECTION AND CLOSE NIPPLE

(SUPPLIED BY SPRINKLER CONTRACTOR)

PURGE BALL VALVE, SHOWN

IN CLOSED (NON-PURGE) POSITION

VENT

UNION - POSITION VENT/ORIFICE/INS-PV

APPROPRIATELY

INS-PV

INTELLIPURGE

UNION

ORIFICE

S2 Toggle Switch

Figure 2: Typical INS-PV External View

Slotted Cam Latch

S1 Toggle Switch

Purge Exhaust Port

Trouble LED

Purge Time Display

N2 Level % Display

Purge LED

Power LED

See Definitions on page 30 for further information.

3. Before Going To The Jobsite

3. Find a location to install the INS-PV that meets these requirements:

4. Run a 24 Volt AC/DC wire to installation location for INS-PV.

NOTE: Class 2 Transformers available for 120 V application.

Wire gage must be considered when running power for long distances to the INS-PV. Refer to Figure 3.

5. For PLINK networking, the INS-PV requires 3 signal lines to allow communication: PL-A, PL-B, and PL-G.

6. The PLINK network requires 3-wire twisted stranded cable. CAT5 cable with the unused wires trimmed is recommended.

• PL-A is the blue wire

• PL-B is the white/blue wire

• PL-G is the orange wire

For more information on networking see pg. 9.

Access to front and top for maintenance Conveniently located near power requirements (24 Volt AC/DC) Dimensions for INS-PV 7.3” x 6.8” x 7.9” (H x W x D) Dry, clean, well-ventilated, covered, and away from high voltage power Ambient temperatures between -4°F (-20°C) and 122°F (50°C)

1. On arrival, do a full inspection by checking all packages and crates in the shipment for damage. If damage is found, sign for the damage or refuse the shipment. Contact the carrier immediately and file a shipping damage claim with the carrier.

2. Check to ensure all components are contained and no visible damage has occurred during shipping.

Check List:

Important: Read all of the safety information in this manual before installing or operating this equipment.

INS-PV Optional Transformer (PV)Vent

CAUTION

The INS-PV should always be installed in an adequately ventilated room. Nitrogen is nontoxic and largely inert.

Rapid release of nitrogen gas into an enclosed space displaces the oxygen and can cause an asphyxiation hazard.

Inhalation of nitrogen in excessive concentrations can result in unconsciousness without any warning symptoms.

MINIMUM

AWG

FT.

22 <40 20 <70 18 <100 16 <160 14 <300

MFG# 1119478 MFG# 1119478

MFG# 5270462

Figure 3

CAUTION

Vent must be installed in level, horizontal position.

1. Read and understand the instructions provided before proceeding with installation. The INS-PV shall be installed in accordance with local ordinances and the applicable NFPA 13, NFPA 13D, or NFPA 13R standard.

2. The Engineer of Record should select the INS-PV installation location. This is usually located at the end point of the system, be sure that location is accessible and is near 24 Volt AC/DC wiring connection.

3. The unit must be level and arranged in such a manner that water will not become trapped. Trapped water will cause the INS-PV not to purge.

4. Install vent to 1/2" NPT connection off sprinkler system.

See Figure 4.

4. Installation of INS-PV

5. Install INS-PV to vent using union and position for easy access. See Figure 5.

6. After installation, close ball valve prior to hydrostatic tests.

See Figure 6.

Figure 4

Figure 5

Figure 6

4. Maximum number of INS-PV devices networked to an IntelliGen Series Nitrogen Generator is 26. The maximum wire length for the network when using the recommended wire is 4000 ft. Contact Technical Support for further assistance if a longer wire length is required.

5. The PLINK network works as a Master and Slave network. The INS generator is defined as the Master.

1. The PLINK network is Potter’s propriety networking connection. It is a RS-485 network for serial communication between the Nitrogen Generator (INS Series) and its Purge Valves (INS-PV).

2. PLINK requires 3 signal lines to allow communication to and from the Nitrogen Generator and the Purge Valves.

• PL-A

• PL-B

• PL-G

3. The PLINK network shall use stranded, twisted pair wire for PL-A, PL-B, and PL-G. We recommend the unused conductors from the network cable can be pulled back and electrical taped against the outer jacket for possible future use. It is acceptable to use a single twisted pair cable for PL-A and PL-B with the drain wire being used for PL-G. Do not connect any shield to the drain wire.

5. Wiring and Networking

Figure 6: Recommended unshielded 24 AWG stranded CAT5 equivalent or higher rated network cable

Figure 7: PLINK Wiring Schematic

• PL-A is the blue wire

• PL-B is the white/blue wire

• PL-G is the orange wire

The other 5 wires are not needed in this application.

Nitrogen Generator

PL-A (Blue Wire)

PL-B (White/Blue)

PL-G (Orange)

PL-A (Blue Wire)

PL-B (White/Blue)

PL-G (Orange)

INS-PV 2

PLINK IN PLINK OUT

PL-B PL-B

PL-G PL-G

PL-A PL-A

The first INS-PV in the network when connected to the nitrogen generator should be addressed INS-PV-2. The last INS-PV in the network must be addressed as INS-PV-27. If Only ONE INS-PV is networked to the generator it must be addressed as INS-PV-27

6. The INS-PV requires 35 watts of 24V AC power or DC power. See Wiring Diagram in Section 14.

Figure 8: PLINK Wiring Diagram

PL-G

PL-B

PL-A

PL-G

PL-A

PL-BINS Series Nitrogen Generator

INS-PV 2 INS-PV 3

To Next Device

NOTES:

• Wiring from the INS Series Nitrogen Generator to the INS-PVs is low voltage.

• Do not route INS-PV wiring into the high voltage wire ways.

• Do not run INS-PV communication or power wiring parallel to any high voltage wiring or conduit. Keep as much space from high voltage wiring as possible. Only cross high voltage wiring with INS-PV wiring at right angles.

• Do not coil or store excess cable in the INS-PV Cabinet. Doing so may cause communication errors or faulty readings.

• Use the knockouts below the INS IntelliGen Nitrogen Generator control board to exit the nitrogen cabinet. Keep excess wire to a minimum.

• Each INS-PV device comes with a Building Management System (BMS) connection that is a NC or NO contact. This can be wired back to a Building Management System or Fire Panel. If connected to a fire panel it should be wired as a Trouble.

NOTES:

• All INS-PV units are factory set in Perfect Purge mode. For additional purge configurations, see Programming Guide, starting on page 16.

• Wiring of the INS-PV unit for both Power and BMS notification should be done before starting the purge process. See Wiring Diagram on page 32.

1. Before applying power to the INS-PV, open the INS- PV door and observe the DIP switches located on the printed circuit board. On the S2 Switch, verify the DIP switches 4, 5, 6, 7 and 8 are in the OFF position,as seen in Figure 7.

2. After confirming the DIP switches are configured correctly, close the INS-PV door.

3. Apply power to the INS-PV unit. The Power LED indicator should display a solid green LED. If not, the INS-PV is not powered ON. Check wiring of INS-PV unit.

4. To start the purging process, toggle the S1 switch into the Start Purge mode.

5. Once the purge process has started, the yellow Purge LED indicator will begin blinking.

6. The Purge Time display will display the max number of purge days, which is the maximum amount of time the unit is allowed to purge before indicating a trouble.

7. The N2 Level display will remain "--" until the first measurement is taken after 24 hrs.

8. The INS-PV is now purging. Confirm that air is escaping out of the Purge Exhaust Port. If air is not escaping, check to ensure ball valve is open and there is no trapped water before the device.

9. The INS-PV unit will take a nitrogen level reading every 24 hours. This will be indicated by the N2 Level display blinking the last reading and subsequently displaying the nitrogen level purity in the sprinkler system.

10. When the INS-PV reads greater than 98% N2 level for multiple consecutive readings, the INS-PV will close the solenoid valves and stop purging.

11. After the INS-PV unit has closed the solenoid valves and stopped purging, the unit will continue to take nitrogen purity samples from the fire sprinkler system. This is to ensure that the entire fire sprinkler system has equilibrated to 98% throughout the piping.

12. When the INS-PV unit has confirmed that the fire sprinkler system is greater than 98% N2 level, the purge process will be considered successful and the INS-PV valve will remain closed.

13. The yellow Purge LED indicator will turn solid. The Purge Time display will go blank.

14. The INS-PV will continue to monitor the nitrogen purity level of the fire sprinkler system. If the N2 level % drops below 98% for four consecutive readings, the INS-PV will go into trouble, illuminate the red Trouble LED indicator, and blink “Er” “08” Error Code on the Purge Time display. For troubleshooting and Error Code definitions see Troubleshooting Guide on page 26. If the N2 level % ever increases to 98%, the trouble will clear automatically.

5. Start Up Guide for Non-Networked INS-PV

Figure 7

NOTES:

• All INS-PV units when connected to an IntelliGen® Series Nitrogen Generator maintain their purge mode, all INS-PV DIP switches are factory set to perfect purge mode for 30 days. For additional purge configurations, see Programming Guide starting on page 16.

• Wiring of all the INS-PV units for Power, PLINK networking, and BMS notification should be done before starting the purge process. See Wiring Diagram on page 32.

• When connecting multiple INS-PVs in a networked configuration each INS-PV unit must have a defined address. Each network can handle up to (26) INS-PV units.

• Networked INS-PV units work on a master and slave type addressing system. The nitrogen generator is defined as the Master.

All other INS-PV units must be addressed as different units using DIP switches on the printed circuit board. If you have more than one INS-PV on the same address, communication problems will occur.

• The first INS-PV in the network when connected to the nitrogen generator should be addressed INS-PV-2.

• The last INS-PV device in the network must be addressed as INS-PV-27. If only one INS-PV is networked to the generator, it must be addressed as INS-PV-27.

• For additional functionality such as setting date and time, viewing history etc., see page 29.

1. Before powering ON any of the INS-PV units, each unit must be assigned a specific unique address.

2. Open the door of the first INS-PV unit in the network. This will be the INS-PV unit networked directly to the nitrogen generator.

3. Before applying power to the INS-PV, open the INS- PV door and observe the DIP switches located on the printed circuit board. On the S2 switch, move DIP switch 7 to the ON position, as seen in Figure 8.

4. Record the location of the INS-PV on the DIP switch Address Configuration Table on page 18. After confirming that the DIP switches are configured correctly, close the INS-PV door.

5. Apply power to the INS-PV-2 unit. The Power LED indicator should display a solid green LED. If not, the INS-PV is not powered ON. Check wiring of INS-PV unit.

6. Open the ball valve on the vent. The INS-PV unit is ready for operation. Go to the next INS-PV unit in the network. Open the INS-PV door.

7. Before applying power to the INS-PV, open the INS- PV door and observe the DIP switches located on the printed circuit board. On the S2 switch, move DIP switch 7 and switch 8 to the ON position, as seen in Figure 9.

8. Record the location of the INS-PV-3 on the DIP switch Address Configuration Table on page 18. After confirming that the DIP switches are configured correctly, close the INS-PV door.

9. Apply power to the INS-PV unit. The Power LED indicator should display a solid green LED. If not, the INS-PV is not powered ON. Check wiring of INS-PV unit.

6. Start Up Guide for INS-PVs Networked to an IntelliGen® Series Nitrogen Generators

Figure 8

Figure 9

10. Open the ball valve on the vent. The INS-PV unit is ready for operation.

11. Repeat steps 7 to 9, making sure to change each address until all INS-PV units have been uniquely addressed.

12. Record each INS-PV unit, its address and its location on the DIP switch Address Configuration Table on page 18. This will help locate which unit is signaling a trouble in the case of a fault.

13. Double check to ensure that none of the INS-PV units have the same address. This will cause communication errors.

14. Go to the nitrogen generator. The INS generator should display the Title Screen. See Figure 10.

15. Press ENTER on the IntelliGen® Display keypad.

16. There will be 5 menu options displayed on the Menu Screen: 1) System Status, 2) View History, 3) Maintenance, 4)Purge, and 5) Settings. See Figure 11.

17. Select Settings by either selecting it using the number on the keypad (5), or moving the cursor to the number 5 using the directional pad and pressing enter on the keypad.

18. The generator will prompt you with a password. Enter the password 0000.

19. The INS-RA Menu will display 1) Network, 2) Date/ Time, 3) Leak Rate, 4) Blow -down, 5) BMS Test, 6) Admin. See Figure 12.

20. Select Network and press ENTER.

21. Select Learn Network and press ENTER. The INS generator will begin searching for all INS-PV units on the network.

21. The generator will display 1) PLink Found and 2) PLink Removed. See Figure 13.

22. Select 1) PLink Found and scroll through the list of new INS-PV units found by moving up and down on the directional pad.

Figure 10

Figure 11

Figure 13

Figure 12

Your last INS-PV unit must be addressed as INS-PV-27

23. Check to ensure all INS-PV units on the DIP switch Address Configuration Table (page 18) match up with all new INS-PV units added to the network.

24. If there is a missing or unfound INS-PV, return to the location of the unfound INS-PV unit and recheck S2 switch DIP switch addresses as well as wiring.

25. Press 1 to accept changes. Press ENTER to confirm changes.

26. Generator and INS-PV units will reset. The generator will re-initialize to the Title Menu. Press ENTER.

27. Select 4) Purge and enter pass code 0000.

28. Select 1) Start Purge. Press ENTER.

29. The generator will then display a screen with the options of 1) All Devices or 2) Specify Device. See Figure 14.

30. To purge all INS-PV units connected to the network, select All Devices option and press ENTER. To purge individual fire sprinkler systems, select Specify Device.

31. When Specify Device is selected, select…