Sensors #3218329

SL75 series standard level transmitter design with consummate encapsulation technology, the perfect assembly process insure the quality and performance of this series with high stability, high accuracy, leakage proof.

The CD4 series (chlorine dioxide sensors) feature amperometric measurement technology.Designed for disinfection applications in water treatment, for use with chlorine dioxide, chlorine generators, pools, etc., these sensors are available in several ranges for detecting ppm level of chlorine dioxide or free chlorine to better help our customers. Choose the CD402 for 0-2ppm and CD410 for 0-10ppm of chlorine dioxide.

Sensors output a 4-20mA signal. Membrane cap and fill solution are easily replaceable to maximize sensor life

Sensors can be used in new installations with Omicron's flow cell or installed as replacement for other4-20mA output ClO2 (Consult Omicron for compatibility).

An optional flow meter is available to help provide consistent flow for added system stability Special Features : 4-20mA Direct Output 500V Input to Output Isolation Multiple ranges to select from Replacement for other 4-20mA ClO2

The CL series (free chlorine sensors) feature amperometric measurement technology. Designed for disinfection applications in water treatment, for, pools, etc., these sensors are available in three ranges for detecting ppm level of free chlorine. Choose the CL502 for 0-2ppm, CL505 for 0-5ppm and CL510 for 0-10ppm of free chlorine Typical applications include:Industrial wastewaterCooling waterBottle rinsing Irrigation water in agriculture Sensors output a 4-20mA signal scaled to 0-2 or 0-10ppm. Membrane cap and fill solution are easily replaceable to maximize sensor life. Sensors can be used in new installations with Omicron's flow cell or installed as replacement for other 4-20mA output free chlorine sensors.(Consult Omicron for compatibility). An optional flow meter (FM001) is available to help provide consistent flow for added system stability.

Special Features :

	Amperometric Sensor Technology
	Real Time Continuous Measurement
	Ranges: 0-2, 0-5 or 0-10ppm
	Built-In Temperature Compensation
	Large Electrolyte Reservoir
	Replaceable Membrane and Electrolyte

The DO6400 & 7400 series dissolved oxygen sensors feature a large capacity electrolyte holder, positive fit, easy to replace membrane and dependable galvanic cell technology for long term deployment. The body design ensures a good grip when wet. Ideal for Aquaculture and wastewater monitoring applications, these sensors require minimal maintenance. PTFE or High-Density Polyethylene (HDPE) membranes are available.2 Replacement membranes, installation tool and electrolyte are included. Additonal maintennace parts are in convenient kits (see ordering information). Sensors with mV output as well as built-in 4-20mA output in 0-100% and 0-200% saturation range are available

Special Features :

	Large solution capacity for long term deployment
	Models with and without temperature sensor
	Easy installation and maintenance
	mV or 4-20mA output models available

The CS Current Sensor is a solid state transducer for measuring the current in fans, pumps and other HVAC equipment.Select one of three ranges by moving a jumper onthe device to operate over 10A, 20A and 50A. This sensor outputs 0-5V directly and requires no power supply. Clamping / Split Core Current Transformer is designed to provide a low cost method to monitoring electrical current.A unique hinge and locking snap allows attachment without interrupting the current-carrying wire. High secondary turn will develop signals up to 10Vac across a burden resistor.

Features :

Self powered, no external power supplyrequired 1-5VDC output, connects directly toautomation systems One sensor for three ranges, jumper selected Low cost, replaces digital status relays Panel mounting

Omicrons Passive Infrared Occupancy Sensor is a low cost comercial and residential surface mount occupancy sensor. Advanced filtering reduces false triggering due to air movement and lighting changes. The sensor switches a dry contact which is wired to a separate controller. There is a tamper switch terminal as well, when the enclosure is opened up the central controller will be able to signal an alert. Main Features:- Intelligent logic control, anti false alarm efficiently- Auto temperature compensation- Pulse count adjustment- Anti white light interference- Anti RF interference (20V/m-1GHz)- Fresnel lens- Wall installation- SMT design adopted- Alarm output N.C./N.O. Optional

The SV100 range of Seismic sensors is designed to detect specific vibrations arising from attempts to penetrate high value storage units, protecting them against intrusion. The SV100 model is a universal seismic sensor which can be used to protect Vaults, Doors, fixed ATMs, Safes and other solid structures. The SV100 series offers several unique features that reduce installation time including integrated EOL resistors, a built-in diagnostic tool and the smallest footprint available on market

The FS1000 is an insertion type airflow sensing element designed for quick, easy installation through a small cutout in the existing ductwork. Where multiple elements are required for proper duct traversing, the output ports are manifolded together, external to the ductwork. Each element is furnished complete with mounting hardware and sealing gaskets. Standard aluminum elements also include all brass compression fittings required to manifold the elements together. The FS1000 airflow sensing element is a head type device, which generates a differential (velocity) pressure signal similar to the orifice, venturi, and other head producing primary elements. The FS1000 is constructed so that strategically located sensing ports (based on duct size) continually sample the total and static pressures, when inserted normal to flow. The total pressures sensed by the upstream ports are continually averaged within the element in an isolated chamber. The static sensing ports (located where the influence of the velocity head is zero) are averaged in a second isolation chamber. Each chamber is then connected to one side of a differential measurement device (gauge, transmitter, etc.) for flow measurement and indication purposes.

Special Features :

	Low signal-to-noise ratio
	Multiple total and static pressure sensing ports along the length of the element
	Averaging internal manifold
	Insensitive to flow angle variations of as much as 20 when faced in the normal direction of flow
	2% accuracy throughout the velocity rages of 100 fpm and over
	Standard construction is 6063-T5 aluminum with anodized finish
	Available in optional corrosive resistance materials including Type 316L stainless steel, Hastaloy, and Type 1 PVC
	Standard elements can be operated (in air) continuously in temperatures up to 350F or inter mittently in temperatures up to 400F
	All elements can be operated in humidity ranges of 0 to 100%
	Standard elements have good salt air and mild acid resistance; excellent solvent and aromatic hydrocarbon resistance

The sensors employ precision interchangeable thermistors and RTD which are compatible with all the major building automation systems.Designed for temperature sensing in an HVAC and light industrial control applicationsPrecision interchangeability eliminates the necessity for individual circuit calibration.Available in threaded PVC version with rugged weatherproof electrical boxData sheets for the standard items appear on the web at www.omicron-sensing.comOmicron is able to produce custom sensors in small volumeat standard sensor pricing There are several sensor element ranges to choose from, which guarantee compatibility with all popular DDC systems.The sensor elements are precision thermistors or platinum RTDs. Field calibration is not generally required. The probe is epoxy sealed to prevent moisture from migrating into the probe. Custom probe lengths, wire types and sensor elements are available for large OEM projects. Ask about our plastics & metal manufacturing capabilities for custom housings as well.

High performance NDIR sensors and circuits, ensure accurate measurement andtemperature compensationGood long term stability and reliability15 Years Sensor LifeFast responseDigital technology applied, multiple output optional, over voltage and reverse polarity protection, high reliability and interference capabilityFast ResponseHigh protection rate up to IP65carbon dioxide transmitters are designed for environment monitoring and controlling in industrial and commercial buildings. These transmitters can be used for: Air monitoring of supply, exhaust and return airAir monitoring in critical environment such as outside airOther applications of combustion measurement

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