Ntron Model 5100 0-100% Range Oxygen Analyzer

The Ntron Model 5100 provides an affordable and versatile Oxygen Analyzer solution ideal for portable and fixed gas generation standard process monitoring. The unit delivers high-purity gas measurement in a range from 0-1% through to 0-100% in an auto range or fixed range modes.

A small footprint and compact size makes the Ntron 5100 easy to install. The unit’s expected operational life is five to ten years.

The low-maintenance, long-life Zirconia sensor has virtually unlimited shelf life and will not dry out or freeze.

Learn more:

The Zirconia Sensor Advantage

 
 

Specifications:

Sensor: Mini Zirconia Sensor

Measurement Range: 0-1%/0-10%/0-25%/0-50%/0-100% auto range or fixed range

Display: 0.75” (19.05mm) LED digital display, Color coded LEDs for system status, Alarms 1&2= RED, system fault= YELLOW, OK and online= GREEN

Response Time: <15 sec. for 90% step change

Intrinsic Error (accuracy):

At constant temperature: ±2% range
Over operating temperature: ±5% range
When calibrated @ target concentration @ STP: ±1% range

Operating Temperature: 5 to 45º C

Signal Interface: RS-232 service port, 4-20mA negative ground, 0-10VDC range ID and choice of 0-1VDC or 0-5VDC or 0-10VDC analog oxygen signal

Alarm Outputs:
Two alarms with adjustable form C relay outputs. Configurable for fail-safe or fail-alarm mode, ascending or descending trip. One system fault relay.

Sample Port: 1/8” NPT female ports

Electrical Connections:
Removable terminal blocks on back of analyzer

Power, Analyzer: 5W at 115/230VAC 50/60Hz, single phase or 10 Watts @ 12-30VDC (battery backup capability)

Environmental Ratings, Analyzer:

Faceplate: NEMA type 4, IP66
Housing: NEMA type 1, IP20

Warranty: Electronics and sensor: One yr.

Weight: Analyzer: Less than 2 lb. (0.9 kg)


  Features:
Compact, easy-to-install modular analyzer with small footprint
Large, extra-bright, color-coded LED status display
Removable terminal blocks
Long-life Zirconia sensor
Can be provided with internal or external sensor