A new and improved approach to
ammonia gas detection.
EC-FX-NH3
Sensor and Transmitter
introducing a
better, tougher
longer-lasting sensor
for industrial refrigeration
Breakthrough technology, only
from Honeywell Analytics.
In response to the challenging conditions
found in Industrial Refrigeration,
Honeywell Analytics has developed an
innovative new ammonia detector —
delivering reliability, accuracy and
long-lasting performance that you
can’t get anywhere else.
The EC‑FX‑NH3, an evolution of our
Manning EC‑F9‑NH3, features an
all-new ammonia sensor with a
proprietary electrolyte that stands up
to harsh environments.
So whether you’re monitoring
ammonia in blast freezers,
cold storage or engine
rooms, you can feel
confident in the
effectiveness of your
gas detection
system, helping
you ensure life
safety, prevent
food spoilage
and manage
costs.
Three harsh environments. One tough sensor.
If you use ammonia as part of your refrigeration process, you face several challenges in
protecting your plant from the danger and expense of ammonia leaks:
Cold Storage
From banana rooms to ice cream storage to food processing facilities,
your cold storage areas are subject to extremely low temperatures — plus
changes in humidity during cleaning and changes in pressure due to
opening and closing doors. These fluctuations can cause some ammonia
sensors to go into fault or false alarm. But since workers are often present
in these areas, it’s critical for ammonia sensors to stand up to tough
conditions and accurately report gas at low levels.
Refrigerated Processing Areas
Some of the harshest environments in the food industry are spiral freezers
and blast freezers, where rapid freezing often means drastic changes in
temperature. This temperature shock — along with humidity shock from
hot-water washdowns — can further challenge the resilience of your
ammonia sensors.
Engine Rooms
Finally, the most likely places for a catastrophic ammonia leak are often
your engine rooms, since they typically hold ammonia for use throughout
your plant. But in the hot conditions of most engine rooms, the liquid
electrolytes in standard ammonia sensor cells can dry out quickly,
sometimes reducing the sensor’s life span and causing false alarms.
Maintaining sensitivity and accuracy — even with rapid changes
in temperature and humidity
EC-FX-NH3
Creating a New Standard
the gold standard
in ammonia detection
with innovation
you can trust
Creating a new standard of reliability in
ammonia gas detection
The EC‑FX‑NH3 is the next evolution of the
proven Manning Systems technology, which was
designed specifically for the extreme conditions
of fruit and vegetable processing, bakeries, meat
and poultry processing, beverage and bottling
plants, and more.
In fact, our Manning EC‑F9‑NH3 and
EC‑F2‑NH3 products have been the mostinstalled ammonia gas detectors in the
refrigeration industry. Now, with the all-new
EC‑FX‑NH3 from Honeywell Analytics, we’re
making that great technology even better.
isn’t it time you upgraded
to the most innovative, longest-lasting technology
for ammonia detection?
Contact Honeywell Analytics today at 1-888-955-2585 to upgrade your
ammonia sensors, reduce your costs, and ensure the continued safety
and productivity of your plant.
EC-FX-NH3
Lifespan, Capabilities and Design
Longer life span.
Thanks to our proprietary technology, the EC‑FX sensor lasts up to 18 months longer than competitors
and we back it up with the longest warranty on the market. See how it compares:
ApplicationCompeting SensorsEC-FX-NH3
Cold storage and freezersReplace once or more every 2 yearsReplace once every 4 to 5 years
Engine roomsReplace every 6 to 18 monthsReplace once every 3 to 4 years
And if you’re using an ammonia gas detector from another manufacturer, you can potentially save even
more by switching to the EC‑FX‑NH3 transmitter with the all-new sensor. Over a 10-year period, you
can cut costs by up to $5,500 per sensor in the engine room and $2,800 per sensor in cold storage
and blast freezers.
Depending on the number of ammonia gas detectors in your operations, that longer sensor life
can add up to serious savings.
Robust capabilities with unique design
The EC‑FX‑NH3 responds quickly to ammonia gas concentrations in low parts per million (PPM). You
can count on this detector to stand up to the challenges of industrial refrigeration environments.
• Rugged construction for long-term reliability. Unlike fragile plastic housings that may break in cold
temperatures, the heavy-duty steel enclosure of the EC‑FX‑NH3 was built to withstand cold and wet
environments. The EC‑FX‑NH3 is also available in stainless steel.
™
• ATMOS
The EC‑FX‑NH3 automatically adapts to its environment and can operate in
humidity. So whether you’re monitoring ammonia in a banana room or a blast freezer, during dry conditions or
a hot-water washdown, the detector maintains accurate and reliable performance.
• SensorCheck
the electrical viability of the sensor every 24 hours. If there’s a problem, SensorCheck
controller — so you can rest assured that the sensor is operating properly.
• Optional LCD for real-time visibility. With an easy-to-read display, you can clearly see the ammonia
concentration at any given time. The optional display also makes it easy to set alarm levels and change
settings — all from the detector.
Technology for environmental flexibility.
‑50°F and 100 percent
™
Technology for peace of mind. The EC‑FX‑NH3 is equipped with a microprocessor that checks
™
sends an indication to your
• Backwards compatible. The EC‑FX sensor is backwards compatible with both EC‑F9‑NH3
and EC
‑F2‑NH3.
Add it up, and our new EC‑FX‑NH3 gas detector — housing an all-new, proprietary ammonia
sensor from Honeywell Analytics — is the new gold standard for reliability, accuracy and long-term
performance in ammonia gas detection.
EC-FX-NH3
Transmitter Specifications
General Specification
Use Electrochemical (diffusion) type sensor that works in conjunction with any Honeywell Analytics readout or alarm unit. Readouts
have built in visual and audible alarms, as well as relay output for ventilation fan activation, central alarm tie-in, etc. The
ECFXNH3 can provide a linear 4/20 mA signal input into PLC’s.
Common Operation
OperationIn units without the optional LCD module, a group of LEDs are installed to the PCB. In units with the optional LCD, two external
push buttons, “Accept” and “Scroll” are used to navigate test functions and operating modes.
LCD display (optional) 2 line by 8 alpha numeric characters and continuous backlight
Output Isolated 4/20 mA, 700 ohms max. at 24 VDC. Signal output reduces to 0.5 mA to indicate a fault condition. RS485, Modbus
RTU protocol
Accuracy ±5% full scale*
Environmental IP rating Indoor use, IP 44 in accordance with EN60529:1992
Operational
Humidity 5100% RH (condensing)
Temperature 50°F to +120°F (45°C to +49°C), ATMOS
Sensor Pressure Limit 010 PSIG
Storage 40°F to +176°F (40°C to +80°C), 20 to 80%RH (non condensing)
™
equipped enviro-adaptive technology required for refrigerated areas or outdoors
Common Module
Communication 4/20 mA output: #18/3 shielded cable (Belden 8770 or equal), cable runs < 1,500 ft. RS485: for communication cable, use
24 AWG twisted pair, shielded (Belden #9841 or equal), cable runs up to 2,000 ft. For power cable use 14 AWG
(Belden #5100UE or equal), cable runs up to 1,000 feet.
Power Source 24 VDC, 0.5 amp max.
Repeatability <10% of full scale
Sensor Specifications
Sensor Pressure Limit Atmospheric ±10%
Response Time (T90) <30s for ECFXNH3LR ranges 0100 ppm, 0200 ppm, 0250 ppm and
<75s for ECFXNH3HR ranges 0500 ppm, 01000 ppm
0.5 mA signal will indicate a fault. An internal light will show if a sensor is dried up or disconnected.
Enclosure NEMA 1, gasketed, #16 gauge steel (standard). Stainless steel, including modified enclosures for low temperatures,
ventilation ducts, etc. are available.
™
, an internal microprocessor determines the sensor’s electrical viability every 24 hours. If the viability test fails, a
Weight3 lbs (1.36 kg)
* ±5% of full scale range at temperature of calibration. Contact HA for additional details.
CAUTION:
ECFX is designed for operation in a wide range of environments and harsh conditions. However, it is important that exposure to high concentrations of solvent vapors is avoided, both during storage, fitting into instruments, and operation.
ECFX is designed to be used in safety critical applications. To ensure that the sensor and/or instrument in which it is used, are operating properly, it is a requirement that the function of the device is confirmed by exposure to target gas
(bump check). Failure to carry out such tests on a regular basis may jeopardize the safety of people and property.
EC-FX-NH3
Three-Year Warranty
extended
three-year warranty
for the next generation in ammonia sensors
We stand behind our products. We are so confident in the performance of our new sensor that it
comes with a three-year warranty — twice the warranty of most competing sensors.
Our proprietary new EC‑FX sensor, backed by rigorous testing, was engineered to Honeywell’s highest
standards of safety, reliability and cost-effectiveness:
Stability you can count on.
Unlike other ammonia sensors, our new sensor maintains
sensitivity — even during rapid changes in temperature and
humidity. While other sensors may quickly lose sensitivity
after exposure to ammonia gas, our EC‑FX sensor bounces
back from alarm-level gas exposure and resumes accurate
detection. So you can rest assured that your ammonia
sensors are protecting lives and operations.
Lower cost of ownership.
Fewer sensor replacements means a lower cost of
ownership over time. In fact, if you’re currently using
our EC‑F9 or EC‑F2 transmitter, you can significantly
cut your costs by switching your current sensor for
the new EC‑FX sensor. Over a 10-year period, you
can save up to $2,500 per sensor in an engine room
and up to $1,300 per sensor in cold storage and blast
freezers.
EC‑FX‑NH3 with Stainless Steel
enclosure and LCD options
Proprietary technology for
longer life and lower costs
Honeywell Analytics Gas Detection Offerings
Honeywell Analytics gas detectors protect people, assets and environment from toxic and combustible gas hazards, helping
to create safer, more comfortable, secure and productive environments. Our strength derives from Honeywell’s leadership in
sensor technology; in fact Honeywell operates four sensor manufacturing plants, supplying an entire industry with its core
detective element.
Commercial
Gas detection from standalone units to
fully engineered, multi-point systems,
all offering cost-effective regulatory
compliance.
Renowned Sieger and Manning gas
detection systems with advanced
electrochemical, infrared and open
path sensing technologies.
»Applications: oil and gas, cold
storage, water/wastewater treatment,
chemicals, engine rooms, plastics
and fibers, agriculture, printing and
light industrial
High Tech/Government
Reliable gas and chemical detection
including infrared spectroscopy
(MST) with no cross interference, to
Chemcassette paper-based solutions
For more information:
www.honeywellanalytics.com
Contact Honeywell Analytics:
Americas
Honeywell Analytics Inc.
405 Barclay Blvd.
Lincolnshire, IL USA 60069
Tel: 847.955.8200
Toll free: 800.538.0363
Fax: 847.955.8210
detectgas@honeywell.com
Technical Services
ha.service@honeywell.com
www.honeywell.com
Please Note:
While every effort has been made to ensure accuracy in this publication, no responsibility can be accepted for errors or
omissions. Data may change, as well as legislation, and you are strongly advised to obtain copies of the most recently
issued regulations, standards, and guidelines. This publication is not intended to form the basis of a contract.
(MDA Scientific) offering detection down
to parts per billion.
»Applications: semiconductor
manufacturing, aerospace
propulsion, specialty chemicals
industry, research laboratories,
emergency response
Europe, Middle East, Africa
Life Safety Distribution AG
Javastrasse 2
8604 Hegnau
Switzerland
Tel: +41 (0)44.943.4300
Fax: +41 (0)44.943.4398
gasdetection@honeywell.com
Portables
Single or multi-gas detectors ranging
from compact, lightweight designs for
personal protection to systems-based,
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industrial hygiene.