GPS VERIS | Alldatasheet

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HQ0007959.B 0324 Air Quality / Gas Detection | Ionization Systems and Sensors An ion is a molecule or atom that is positively or negatively charged, meaning it must either gain or relinquish electrons in order to become neutral. Naturally occurring ions are everywhere in the outdoors, and they are constantly working to clean the air. Ions are created with energy from rushing water, crashing waves and even sunlight. Needlepoint Bipolar Ionization (NPBI) technology cleans indoor air by generating ions without producing ozone or other harmful by-prod- ucts, so you can bring outdoor freshness to the indoors. This patented technology produces a high concentration of positive and negative ions, delivering them to the space via the ventilation system. Within the air stream, ions attach to particles, where they combine, become larger and are more easily filtered from the air. When ions come in contact with pathogens, they disrupt the pathogens’ surface proteins, rendering them inactive. Five separate in duct ionization systems to fit your application are offered. The iMEASURE-D Duct Ionization sensor allows for monitoring of levels of ionization in the air. Higher ionization levels means fewer active path- ogens and larger particles more easily filtered out of the air. IONIZATION SYSTEMS Input Voltage GPS-FC and GPS-DM models: 24 to 240 Vac; GPS-iRIB models: 110 to 240 Vac Power GPS-FC24-AC: 8 Watts; GPS-FC48-AC: 10 Watts; GPS-DM48-AC: 12 Watts; GPS-iRIB: 5 Watts Frequency 50/60 Hz Ion Output GPS-FC48-AC/GPS-DM48-AC: >400 million ions/sec; GPS-FC24-AC: >300 million ions/sec; GPS-iRIB: >35 million ions/sec per foot Airflow Capacity GPS-FC48-AC/GPS-DM48-AC: 4800 CFM / 12 Tons; GPS-FC24-AC: 2400 CFM / 6 Tons; GPS-iRIB: 3200 CFM / 8 Tons GPS SERIES Needlepoint Bipolar Ionization Systems

APPLICATIONS

  • Healthcare
  • Schools and universities
  • Manufacturing
  • Office buildings
  • Airports
  • Food service
  • Fitness
  • Arenas and stadiums
  • Hospitality
  • Worship Reduces particles Particle reduction and smoke control Neutralizes odors Odors neutralized by destroying VOCs Reduces pathogens Kills pathogens (bacteria, viruses, mold), helps to control allergens/asthma, prevents Dirty Sock Syndrome Saves energy Energy savings of up to 30% by reducing outdoor air intake, reducing pressure loss by keeping coils clean without an expensive UV system, and requires no maintenance SPECIFICATIONS GPS-FC48-AC GPS-DM48-AC Status Display GPS-DM48-AC: LCD display indicates relay status and is used for adjustment of auto-cleaning frequency; GPS-FC models: Single LED indicates relay status and is used for adjustment of auto-cleaning frequency; GPS-iRIB models: Single LED indicates relay status Alarm Relay Rating 250 Vac / 1A, N.O. (close when powered with no faults) Operating Tem- perature Range GPS-FC and GPS-DM models: -20 to 200 °F (-29 to 93 °C); GPS-iRIB Models: -40 to 140 °F (-40 to 60 °C) Auto-Cleaning GPS-FC and GPS-DM models only: Mechanical wiper, default setting brushes every three days IONIZATION SENSOR Mounting Location Duct Input Voltage 12 to 24 Vac / Vdc Current draw 100 mA max. Sensor Range 0 to 20K, 0 to 200K, 0 to 2M Ions/cc (jumper selectable) Sensor Output 0 to 10 Vdc Power <2 Watts Operating Tem- perature Range -20 to 140 °F (-4 to 60 °C) Humidity Range 0 to 99% RH, non-condensing WARRANTY Limited Warranty 1 year AGENCY APPROVALS Agency Approvals UL867, OSHPD Seismic (OSP), IAQP , CE iMEASURE-D GPS-iRIB-18 and GPS-iRIB-36 GPS-FC24-AC

HQ0007959.B 0324 Air Quality / Gas Detection | GPS Series From Air Handling Units to fan-powered boxes, Veris has the solution. Auto-cleaning technology ensures sus- tained ion output over time. Ion output can decrease without this feature, in addition to accumulation of humidity and other material build-up. Competitive products and brushes must be manually cleaned, and while, a simple process, this rarely occurs. The auto-cleaning feature performs regular wipes of emitter brushes, which prevents build-up. The resulting benefit is optimal lifetime performance. Step 1: Conditioned air flows into the distribution duct system. Step 2: Air is ionized by the GPS device. Step 3: Positive and negative ions are delivered into the environment. A: DM48 B: FC24 C: FC48 D: iRIB 18/36 E: iMEASURE-D

ORDERING INFORMATION

MODEL DESCRIPTION MOUNTING LOCATION DISPLAY SELF-CLEANING AIRFLOW CAPACITY GPS-DM48-AC Duct ionization system Through duct wall LCD X 4800 CFM / 12 tons* GPS-FC48-AC Duct ionization system Duct wall, duct floor, fan inlet X 4800 CFM / 12 tons* GPS-FC24-AC Duct ionization system X 2400 CFM / 6 tons* GPS-iRIB-18 Flexible ionization strip Traditional split systems, PTACs, fan coils, air handlers, ductless mini splits, ducted modules, ceiling cassettes

3200 CFM / 8 tons*

GPS-iRIB-36 Flexible ionization strip 3200 CFM / 8 tons* MODEL L W H INSERTION DEPTH INSERTION DIAMETER GPS-FC24-AC 7.9 " 1.1" 5" GPS-iRIB Power Unit 3.75" 1.75" 1.0" GPS-iRIB-18 Ionizer Strip 18.0" 1.5" 0.05" GPS-iRIB-36 Ionizer Strip 36.0" 1.5" 0.05" GPS-iMEASURE-D 12.1" 6.2" 3.25" 10.5” 2” MODEL DESCRIPTION MOUNTING LOCATION OUTPUT RANGE SENSOR RANGE AIRFLOW CAPACITY GPS-iMEASURE-D Duct ionization sensor Duct wall, duct floor, fan inlet, AHUs 0 to 10 V 0 to 20K, 0 to 200K, 0 to 2M ions/cc (selectable) 1,000 to 100,000 CFM DIMENSIONS APPLICATION DIAGRAM INSTALLATION EXAMPLES AUTO-CLEANING TECHNOLOGY In-room ion density is dependent on a variety of factors, including proximity of the ionizing equipment to the occupied space, air flow rates and path of the ductwork within the building. * Multiple units can be combined to meet system air capacity requirements. B A D E E B A C B