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The GX-6000 is a game changer. This powerful hand-held instrument is capable of simultaneously monitoring up to 6 gases. In addition to the standard 4 confined space gases which include combustibles, O2, CO, & H2S, the GX-6000 has 2 additional smart channels that accept PID, IR or super toxic sensors. Equipped with a strong internal sample pump, a man-down alarm, a panic alarm, an LED flashlight, and large auto rotating LCD display, the GX-6000 can operate as a single gas PID unit or a multifunctional tool utilizing all 6 channels. The GX-6000 with a PID sensor will come equipped with a library of over 600 VOC gases to choose from as standard. Choosing from the library is easy with a personalized favorites list of 30 commonly used VOC’s as well as a list of 8 of the most recently used VOC’s. A benzene-specific version is available using a pre-filter tube for detecting low levels of benzene. Four PID sensors are available, 10.0 eV, 10.6 eV (low or high range), and 11.7 eV. Any combination of two PID sensors can be installed. GX-6000 PID sensors are also resistant to humidity.

The GX-6000 has a rugged design built for the nastiest environments. It is equipped with a removable impact-resistant rubber boot and a dust and water resistant enclosure with an IP-67 rating. With 5 bright LED lights on 3 sides of the instrument, alarms are easily seen from a variety of perspectives. With vibration and loud audible alarm, GX-6000 will easily alert users when needed.

Sensors available: CL2, CO, CO2, HCN, H2S, NH3, NO2, PH3, SO2, and VOC (volatile organic compounds) Ammonia, Chlorine, Hydrogen Cyanide, Nitrogen Dioxide, Phosphine, Sulfur Dioxide, Carbon Dioxide, Methane, Hydrocarbon, Hydrogen Sulfide, Carbon Monoxide, and Oxygen Monitor.

6 Operating Modes

• Normal Mode
• Barhole Mode
• Inert Mode
• Leak Check
• Snap Log Mode
• Benzene Specific

• Confined Space Entry
• Hazmat Response Teams
• Arson Investigation
• Remediation Site
• Perimeter Monitoring
• Leak Detection
• Landfill Monitoring
• Winery Tank Entry

Gases & Detectable Ranges
Gas	Measuring Range	Reading Increment	Alarm Set Points	Accuracy (which ever is greater)
PID Sensors
10.6 Lamp	600 VOC’s	0 – 40,000 ppb	1 ppb: (< 5000 ppb) 10 ppb: (> 5,000 ppb)	A1: 5,000 ppb	± 10% of reading, ± 1 digit
A2: 10,000 ppb
0 – 4,000 ppm	0.1 ppm: (< 600 ppm) 1 ppm: (> 600 ppm)	A1: 400 ppm
A2: 1,000 ppm
10.0 Lamp	Benzene Specific	0.01 – 50 ppm	0.01 ppm (0 ~ 10 ppm) 0.1 ppm (10 ~ 50 ppm)	No Alarms
300 VOC’s	0 – 100 ppm	0.01 ppm (0 ~ 10 ppm) 0.1 ppm (10 ~ 100 ppm)	A1: 5 ppm A2: 10 ppm
11.7 Lamp	High Voltage Lamp	0 – 1000 ppm	0.1 ppm	A1: 400 ppm
A2: 1,000 ppm
Galvanic
Oxygen (O2)	0 – 40.0% Vol.	0.1% Vol.	A1: 19.5 Vol.	± 0.5% O2
A2: 23.5 Vol.
Electro Chemical
Carbon Monoxide (CO)	0 – 500 ppm	1 ppm	A1: 25 ppm	± 5% of reading or ± 5 ppm
A2: 50 ppm
TWA 25 ppm
STEL 200 ppm
Hydrogen Sulfide (H2S)	0 – 100.0 ppm	0.5 ppm	A1: 5.0 ppm	± 5% of reading or ± 2 ppm
A2: 30.0 ppm
TWA 1.0 ppm
STEL 5.0 ppm
Toxics (EC Sensors)
Ammonia (NH3)	0 – 400.0 ppm	0.5 ppm	A1: 25 ppm	± 10% of reading or ± 5% of full scale
A2: 50 ppm
Chlorine (Cl2)	0 – 10.00 ppm	0.05 ppm	A1: 0.5 ppm
A2: 1.0 ppm
Hydrogen Cyanide (HCN)	0 – 15.0 ppm	0.1 ppm	A1: 5 ppm
A2: 10 ppm
Nitrogen Dioxide (NO2)	0 – 20.00 ppm	0.05 ppm	A1: 3 ppm
A2: 6 ppm
Phosphine	0 – 20.00 ppm	0.01 ppm	A1: 0.30 ppm
A2: 1.00 ppm
Sulfur Dioxide (SO2)	0 – 99.90 ppm	0.05 ppm	A1: 2 ppm
A2: 5 ppm
IR Sensors
Carbon Dioxide (CO2)	0 – 10,000 ppm	20 ppm	A1: 5,000 ppm	± 5% of reading or ± 2% of full scale
TWA 5,000 ppm
0 – 10.00% Vol.	0.02%	A1: 0.50% Vol
A2: 3.00% Vol
STEL 3.00% Vol
TWA 0.50% Vol
Methane (CH4)	0 – 100% LEL 0 – 100% Vol.	1% LEL/ 0.5% Vol	A1: 10% LEL A2: 50% LEL
Hydrocarbons	0 – 100% LEL 0 – 30% Vol.
Catalytic
Hydrocarbons (CH4, std)	0 – 100% LEL	1% LEL	A1: 10%LEL	± 5% of reading or ± 2% LEL
A2: 50%LEL

Common Specifications
Alarm Types	Gas alarm	Man-down	Trouble
Low and high adjustable	1st – self reset 2nd – latching	Low flow Sensor connection Low battery Circuit error Calibration range
Sample Method	Sample draw pump, flow rate 0.45 LPM, 50 foot sample range
Display	Digital LCD, autobacklight, peak bar display, auto display rotation, and customize order of gases
Audible Alarm	95 dB at 1 ft.
Languages	English, Spanish, French, German, Italian, Japanese, Korean, Portuguese, Russian
Continuous Operation	14 hours on Lithium-ion battery pack. Complete recharge in 3 hours. 8 hours Alkaline battery pack (3 AA size within each pack)
Operating Temp. & Humidity	-4°F to 122°F (-20°C ~ +50℃), 0- 95% RH non condensing
Dimensions	2.6” W x 7.8” H x 2” D (H200 x W68 x D52 mm) 14 ounce (400g) (with lithium battery pack)
Case Material	Dust and water resistant with IP-67 approval (exclude sample hose and probe)
Safety Design / Approvals	Explosion proof: IECEx , ATEX , TIIS , cCSAus Explosion class :Ex ia IIC T4 Ga Others: CE Marking
Standard Features	2 Smart sensors slots auto recognize sensor changes Library of over 600 VOC’s User defined VOC list. Up to 30 frequently used Recent VOC list for last 8 selected gases Pump and circuit status indicators User & station ID selection menu Datalogging (interval, alarm trend, station and user ID) Snap logging – on demand data logging Demand zero / Auto zero BUMP and CAL expiration alarm Flashlight IrDA communication LEL sensor protection mode
Standard Accessories	• Rubber boot • Belt clip • Hand strap • Tapper nozzle• Probe with hydrophobic & dust filter 3’ teflon lined hose • Benzene pre-filter tubes and holder (benzene versions)
Optional Accessories	• SDM-6000 calibration station • Bundles with instrument carrying case and accessories • Flexible probes • Up to 50 foot sample hoses • Filter set • IrDA cable
Warranty	Two years material (including sensors) and workmanship. One year for Cl2 and PID sensor (Two months for 11.7 eV lamp)

Part Number	Description
07-6035	O-ring, P6 EPDM
07-6036	Gasket for top cover, EPDM Black
07-6037	Joint pump EPDM black
07-6038	Gasket for cover, EPDM black
07-6039	Joint pressure  sensor, EPDM black
07-6040	Gasket for sensor cover, EPDM black
07-6041	Gasket for sensor cap, Fluorine-contained rubber Black
07-6042	Gasket for BUD-6000, EPDM black
07-6043	Gasket for pump, EPDM black
10-1089	Screw, 2 x 4.5 SUS
10-1093RK	Screw SUS304 M2x6
13-0112RK	Hand strap
13-0123	Belt clip with screws
17-1031	Taper nozzle, red
20-0326	Rubber protect cover
21-1833RK	Filter case assembly (GX-2012/6000/RP-2009)
21-1926, 1 ea 21-1926-01, 5 p	LCD protection film 5 pcs/pack
21-1928	RKI Housing assembly for EX
21-1929	Protection case, L-1225L black
21-1930	Sensor case
21-1931	Sensor cover assembly
21-1932	Top case assembly
21-1933	RKI Body case assembly for EX
29-6100	Water immersion sensing seal 1 pack = 10 pcs
30-0022RK	Pump RP-12 (GX-2012/6000/CO-FL1/RP- 2009)
30-1054RK	Vibration motor,  A3BE-MT4
33-0159RK	Teflon filter 1 pack = 10 pcs, PF-060 (GX-2003/2012/6000/RP-6 RP-2009/GP-1000)
33-0560RK	PPB pellet for PIS-001 sensor
33-0562	HPPM pellet for PIS-002 sensor
33-1112RK	Filter (Metal mesh) 1 pack = 10 pcs (GX-2003/2012/6000/RP-6 RP-2009)
33-7102RK	Charcoal filter CF-1821-2 for CO sensor 1 pack = 5 pcs (GX-2009/2012/6000)
33-7114RK	H2S scrubber filter CF-6264-8 for LEL sensor 1 pack = 5 pcs
47-4001	Connector with cable, MAIN to SENSOR
49-1050RK	Silver oxide battery, SR616SW
49-1120	Alkaline  battery (AA size) TOSHIBA
49-1619	Lithium-ion battery unit BUL-6000
49-1620	Alkaline  battery unit, BUD-6000
49-2982-01	Battery charger unit BC-6000 (with AC adaptor)
51-1139	LCD module BTD-128160B-FBWB-G-G
51-1501RK	PID lamp 10.6eV LA4SM600
57-1286	Main PCB assembly
DES-3311-1	DES-3311-1 CO2 0-5vol% Sensor
DES-3311-2	DES-3311-2 HC 0-100%LEL 0-30vol% Sensor
ES-1821	CO sensor Sensor
ES-1827I	H2S sensor Sensor
ESS-03DH-HCN	ESS-03DH HCN 0-15ppm Sensor
ESS-03DH-NO2	ESS-03DH NO2 0-9ppm Sensor
ESS-03DH-SO2	ESS-03DH SO2 0-6ppm Sensor
NC-6264A	HC sensor Sensor
OS-BM2	O2 sensor Sensor
PID-001	PIS-001 Iso-buthylene 0-50000ppb Sensor
PID-002	PIS-002 Iso-buthylene 0-6000pm Sensor

Photoionization detectors are calibrated using isobutylene, but PID is a broadband VOC detection technique, with a sensitivity that differs for each VOC. If you know what VOC you are detecting, then the table below will allow you to calculate the concentration for your specific VOC. Remember, these are approximate values, so for best accuracy you should calibrate with the relevant VOC. Multiply the indicated concentration by the appropriate Relative Response value to provide an estimate of actual VOC concentration.  Download a PDF of PID Response Chart

Chemical Name	Formula	CAS no.	lE, eV	11.7 eV	10.6 eV	10.0 eV
Acenaphthalene	C12H8	208-96-8	8.12		0.7
Acenaphthene	C12H10	83-32-9	7.80		0.7
Acetaldehyde	C2H4O	75-07-0	10.23	2	6	ZR
Acetamide	C2H5NO	60-35-5	9.69	NA	2	NA
Acetic acid	C2H4O2	64-19-7	10.66	4	28	ZR
Acetic anhydride	C4H6O3	108-24-7	10.14	2	4	NA
Acetoin	C4H8O2	513-86-0	~9.8	1.6	1.4	2.0
Acetone	C3H6O	67-64-1	9.69	1.7	1.17	1.20
Acetone cyanohydrin	C4H7NO	75-86-5	11.09	1	ZR	ZR
Acetonitrile	CH3CN	75-05-8	12.20	ZR	ZR	ZR
Acetophenone	C8H8O	98-86-2	9.29	0.8	0.8	0.8
Acetyl bromide	C2H3BrO	506-96-7	10.24	1.5	8.0	ZR
Acetylene	C2H2	74-86-2	11.40	2	ZR	ZR
Acetylglycine, N-	C4H7NO3	543-24-8	9.40	NA	NA	NA
Acrolein	C3H4O	107-02-8	10.22	1.2	3.2	NA
Acrylic acid	C3H4O2	79-10-7	10.60	3	21	ZR
Acrylonitrile	C3H3N	107-13-1	10.91	1.6	ZR	ZR
Alkanes, n-, C6+	CnH2n+2	N/A	~10	NA	1.2	NA
Allyl acetoacetate	C7H10O3	1118-84-9	~10	NA	1.5	ZR
Allyl alcohol	C3H6O	107-18-6	9.63	1.1	2.3	4
Allyl bromide	C3H5Br	106-95-6	9.96	NA	3	NA
Allyl chloride	C3H5Cl	107-05-1	10.05	0.9	3.3	16
Allyl glycidyl ether	C6H10O2	106-92-3	~10	NA	0.8	NA
Allyl propyl disulfide	C6H12S2	2179-59-1	~8.5	NA	0.4	NA
Allylamine	C3H7N	107-11-9	8.80	NA	0.8	NA

GX-6000 Software
GX-6000 datalogging program 30.5MB version 06125	GX-6000 Firmware Update Instructions (step by step procedure)	TWA Alarm Setting for continuous operation (step by step procedure for turning off TWA Alarms)
Manuals & Literature
GX-6000 Product Datatsheet	GX-6000 PID Datatsheet	GX-6000 Brochure	GX-6000 Quick Reference Card
GX-6000 Operator’s Manual	GX-6000 PID Operator’s Manual	GX-6000 Datalogging Manual	GX-6000 Continuous Operation Adapter
IrDA Cable Driver Installation Guide	PID Response Chart