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Oxygen Analyzer - Michell XTP601

Updated:2023-10-20

Brand: PST/Michell
Model: XTP601
Description: The XTP601 Oxygen Analyzer for safe or hazardous areas is a robust, linear and stable device that is used for measurements in gases such as biogas, methane, hydrogen, nitrogen or carbon dioxide. The a
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Product Details

Oxygen Analyzer - Michell XTP601 Description：

User’s Manual Datasheet Order Selection Table

Low-maintenance O2 Measurement

Features

General purpose or ATEX, UKCA, IECEx, cQPSus, TR CU & Ex hazardous area certified models

SIL2 Capable

Ranges available: 0...0.5 % up to 0...50 % & 20, 80 or 90...100 %

Touch-screen display allows calibration or adjustment without the need for a hot works permit

Intrinsic error (accuracy) is better than 1 % full scale

Zero range stability better than 0.25 % of range per month

Outputs include RS485 and two 4...20 mA (following NAMUR NE 44 standard)

Low cost of ownership due to minimal maintenance and no consumable parts

The XTP601 Oxygen Analyzer for safe or hazardous areas is a robust, linear and stable device that is used for measurements in gases such as biogas, methane, hydrogen, nitrogen or carbon dioxide. The analyzer is SIL2 Capable.

A robust, linear and stable oxygen analyzer for measurements in gases such as hydrogen, nitrogen, methane, biogas, or carbon dioxide. The analyzer is housed in an IP66 rugged casing, making it suitable for a wide range of applications. The XTP601 can be supplied with flame arrestors, as either explosion-proof and certified for use in hazardous areas or for use with flammable gases in a safe area.

Specifications

Performance
Measurement Technology	Thermo-paramagnetic oxygen sensor
Gas	Process and non-condensing sample with particles <5µm
Measurement Range	Selectable from 0 to 0.5 % up to 0...50 % and 20, 80 or 90...100 %
Display Resolution	0.01 % for zero based ranges 0.1 % for supressed zero ranges
Display Type	Backlit LCD
Accuracy Excluding Suppressed Zero Ranges	±0.02 % O₂ or <±1 % of range, whichever is greater
Accuracy For Suppressed Zero Ranges (80/90...100 %)	±0.2 % O₂ or <±1 % of range, whichever is greater
Response Time (T90) with High Speed Response (HSR) Enabled	< 15 seconds
Repeatability	±0.2 % of range or 0.01 % O₂, whichever is greater
Linearity	±0.5 % of range or 0.05 % O₂, whichever is greater
Zero Stability	±0.25 % of range per month
Range Stability	±0.25 % of range per month
Sample Flow Rate	100...600 ml/min
Sample Flow Effect	GP1 and GP3: 100...500 ml/min (0.2...1.06 scfh) EX1, EX3 and GP2: 270...330 ml/min (0.2...1.06 scfh)
Sample Pressure	0.75...2 BarA
Sample Temperature	A constant temperature of +5...+45/+55 °C (+41...+113/+131 °F)
Sample Cell Temperature	+50/+60 °C (+122/+140 °F)
Background Gas	Analyzer is calibrated in the background gas of the process. Standard gases are: N₂, CO₂, CH₄, H₂ & Biogas. Others available on request
Electrical Specifications
Analog Inputs	2 off 4...20 mA inputs One for an external sensor that can be displayed on the screen One to act as an active compensation for the process conditions
Analog Outputs	2 off 4...20 mA outputs (powered with 24V excitation voltage)
Output Ranges	Primary range is set to the calibrated range of the instrument The second is user configurable between 0 and 100 %
Alarms	2 off single pole changeover (SPCO) relays for O₂ concentration (250 V, 5 A max)
Datalogging	The user can use the digital communications to log the output from the analyzer The unit will store 40 alarm points and the min/max O₂ concentrations with date and time stamp
Digital Communications	Modbus RTU over RS485
Power Supply	24 V DC; 1.6 A max
Cable entries	Analyzer is supplied with 3 x M20 cable entries. Cable glands, conduit entries and blanking plugs are available as accessories
Operating Conditions
Ambient Temperature	+5...+60 °C (+41 °F...+140 °F) +5...+50 °C (+41...+122 °F) cQPSus
Atmopheric pressure	750 mbar...1250 mbar
Mechanical Specifications
Warm Up Time	<25 minutes
Stabilization Time	5 minutes
Dimensions	234 x 234 x 172 mm (w x d x h)
Weight	9.7 kg
Wetted Materials	316 & 430F stainless steel, borosilicate glass, platinum, 3M 2216, plus O-ring
O-Ring Materials	Viton, Silicone or Ekraz
Gas Connection	EX1, EX3 & GP2: 1/8” NPT (female) GP1 and GP3: 1/4” NPT (female)
Ingress Protection	IP66, NEMA 4X
Hazardous Area Classification
ATEX/UKCA	II 2 G D Ex db IIB+H2 T6 Gb Ex tb IIIC T85 °C Db IP66
IECEx	Ex db IIB+H2 T6 Gb Ex tb IIIC T85 °C Db IP66
cQPSus	Class I, Division 1, Groups B,C,D, T6 Class I, Zone 1 AEx db IIB+H2 T6 Gb / Ex db IIB+H2 T6 Gb
TR CU	1 Ex d IIB+H2 T6 Gb
Temperature Ranges for ATEX/UKCA and IECEx as per O-ring Type	Silicon: Ta = -40 °C...+60 °C (+50 °C for N. America, +55 °C for TR CU Ex (EAC)). Viton®: Ta = -15 °C...+60 °C (+50 °C for N. America, +55 °C for TR CU Ex (EAC)) Ekraz: Ta = -10 °C...+60 °C (+50 °C for N. America, +55 °C for TR CU Ex (EAC))