The Ametek Model CG1100 Oxygen O2 Analyzer is easy to Integrate into your host controller and data acquisition system: The CG1100 is equipped with an RS-232 and two RS-485 ports: It comes with configurator software for initial setup of operating parameters and accepts user-provided software for efficient integration with a host controller, or Dycor System 2000 software to record and process data.
Fast Response over a Wide Operating Range: Your system will respond rapidly over an operating range of 0.1 ppm to 100% oxygen.
Integral Mass Flow Meter: Reads sample and calibration gas flow.
Optional System 2000 Software Available: Provides enhanced interface and process monitoring with graphical user interface for Windows 95/98/2000/NT/XP format.
Zirconium Oxide Sensor: Your system will not fail to zero oxygen reading. It is always protected; something not possible with other sensor technologies.
Compact: 8″ x 8″ x 8″ cube houses all electronics, RS-232 port (2) RS-485 ports, I/O port and analog output (4-to-20 mA) isolated.
Optional Vacuum Generator: (Aspirator) – Uses plant air to pull the sample through the sensor eliminating the need for a sample pump.
Ametek Model CG1100 Oxygen O2 Analyzer Applications
Oven/furnace atmosphere
Blanket/purge gases
Welding gases
Food packaging
Component aging chambers
Carbon dioxide purity
Nitrogen purity
Sensor Type
Zirconia
Operating Range
0.1 ppm O2 to 100% O2
Accuracy
± 2% of reading or .05% O2 absolute (0.5 ppm O2 absolute for ppm range), whichever is greater.
Response Time
Less than 5 seconds at 150 sccm over one decade.
Repeatability
± 0.5% of reading or 0.1% O2 absolute (0.1 ppm O2 absolute for ppm range), whichever is greater.
Maximum Inlet Temperature
160°F (70°C)
Environment
For Indoor Use Only
Ambient
Temperatures
0°C to 40°C (32°F to 104°F)
IEC Installation Category II
IEC Pollution Degree 2
Maximum Altitude
2000 meters
Relative Humidity
10% to 90%, non-condensing
Sample Flow
50 to 200 sccm according to user application requirements. The flow rate is factory calibrated at 150 sccm. An integral mass flow meter is used to read sample and calibration gas flow.
Maximum Inlet Pressure
600 to 1795 Torr. Absolute maximum allowable inlet pressure is 1795 Torr (20 PSIA).
Minimum Inlet/Outlet Pressure
A higher flow rate will result in faster response and requires higher pressure differential between inlet and outlet pressure. A lower flow rate will result in a slower response and require a lower pressure differential.
Ametek Model CG1100 Oxygen O2 Analyzer Calibration Gases
Zero Gas
From 0.1 ppm to 10% O2, balance N2.
Span Gas
At least one decade above zero gas (10 times greater) recommended.
Indicators
LEDs for status of power, communications, and fault conditions.
Software
Configurator software to configure and calibrate the analyzer. Runs on a PC with Windows XP or Vista with an RS-232 serial port. Communicates with a single analyzer using either an RS-232 cable or multiple units over an RS-485 network.
Communications
Optically isolated RS-232 (one DB- 9F connector) and RS-485 (two DB- 9F connectors). RS-232 selected if RTS signal is set. Multiple units can be networked on an RS-485 network. RS-485 node address is set via externally accessible selector switch. Baud rate is software selectable to 9600 or 19200 baud.
I/O
DB-15F connector. Software configurable alarm for oxygen. Two additional outputs for System Fault and Watchdog alarms. Optically isolated analog output, 4-20 MA (optionally 0-5V, 0-10V) for oxygen.
Power Requirements
24VDC ±5%, 2.5A, less than 100 mv noise or ripple. An optional external 24V power supply is available with 100-250 VAC, 47-63 Hz input (AMETEK PN: 25446JE). When using an external power supply, a power connector plug
(AMETEK # 19675JE) is required.
Enclosure
8”H x 8”W x 8”D. Powder coat black finish. A clearance of at least 1/4” is required on sides and bottom of unit for air circulation.
CE Compliance
EN61326 EMC Directive and EN61010-1 Low Voltage Directive UL Classified and c-UL Classified
