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Introduction

The LVCN Series are capacitance switches ideal for High/Low level detection for
liquid, solids, granular materials and pastes. These units can also detect level
without being in contact with the product through a sight glass. Unlike other
capacitance probes, the LVCN6000/7000 can detect conductive, non-conductive or
low dielectric materials with extremely accurate performance without requiring an
external reference or installation in a metal vessel.

The sensor operates in a manner that is similar to a simple capacitor. A high
frequency oscillator is located within the tip of the probe. When the tip of the probe
comes in contact with the medium, the frequency of the oscillation reaches a preset
point and the detection circuit signals the switch to change state.

Technology

Both models can be made with cable or rod rigid stainless steel giving more flexibility
to complex applications.

Features

No Moving Parts – Rugged Construction

Highly customizable:

POM (Polyoxymethylene), PTFE or PVC Sensing Tip

Available in DC or Universal Power Supply versions

Almost completely immune from build-up, coating media aggressive products

Easily applied in a wide range of applications/industries such as: water, oils,
corrosives, solids, powders, grains, conductive as well as non-conductive medias.

Extended Lengths with both Rigid 316 rod or Cable

Threaded, Flange or Sanitary Process Connections

LVCN6000/7000

Capacitive Point

Level Detection

Summary of Contents for LVCN6000 series

Page 1: ...LVCN6000 7000 Series Capacitive Point Level Detection...

Page 2: ......

Page 3: ...ail info omega com Introduction 4 Models Dimensions 5 Wiring Diagram 6 Installation 8 Relay Status Guide 7 Calibration 10 Handling 11 Technical Specifications 12 Trouble Shooting 14 Warranty Disclaime...

Page 4: ...the probe comes in contact with the medium the frequency of the oscillation reaches a preset point and the detection circuit signals the switch to change state Technology Both models can be made with...

Page 5: ...FE or PVC Standard 3 4 or 1 NPT 20mm 1 2 2 3 Tri Clamp Connection 80mm Models and Dimensions 20mm 1 NPT Extended Length TC Connection Rubber Seal Process Connection L 50mm 20mm 1 2 Flange Connections...

Page 6: ...2 9 3 4 5 6 7 5 0 1 2 3 4 6 7 8 9 10 Sensitivity 10 1 20 sec LVCN6000 NO 24Vdc NC Delay Time Delay Adjustment Sensitivity Adjustment LVCN6000 Aluminum Housing LVCN7000 Nylon Housing Power Supply L1 L2...

Page 7: ...robe uncovered Maximum fail safe Minimum fail safe Probe uncovered Level NO NC Red LED Yellow LED Green LED H L ON ON ON ON ON OFF OFF OFF OFF ON ON ON 6 6 6 6 7 7 7 7 4 4 4 4 5 5 5 5 Probe covered Pr...

Page 8: ...l switch or in the outflow of the product Fig 2 The tip of the probe should slightly point downward when possible so that if there are any excess of product it will easily slide from the probe Fig 2 W...

Page 9: ...tering the housing Fig 7 Verify that the probe has been wired as per the instructions on page 7 The probe must be installed utilizing the type of connection provided The Capacitance Probes Series will...

Page 10: ...ectronics sticker using a pen or pencil If the LED does not turn Off leave the potentiometer completely turned counter clockwise Fig 3 6 Now that you have marked minimum and maximum settings for your...

Page 11: ...mum performance The probe should not be dropped or suffer any impact or fall that could damage the electronics or the plastic tip of the probe Fig 4 and 5 Seal the thread with Teflon tape before insta...

Page 12: ...to 20 seconds Led status on off 3 4 to 1 1 2 BSP or NPT flange or sanitary connections Glass filled nylon 145 PSI 10 Bar 14 to 176 F 10 to 80 C IP 65 Current Consumption Frequency oscilation Enclosur...

Page 13: ...s Led status on off 3 4 to 1 1 2 BSP or NPT flange or sanitary connections Glass filled nylon Aluminium 145 PSI 10 Bar 14 to 176 F 10 to 80 C IP 65 Current Consumption Frequency oscilation Enclosure M...

Page 14: ...ing Doesn t Power Up Doesn t Detect Medium Low sensibility Adjust sensibility trimpot Always On Build up on the sensor Clean sensor then adjust sensibility Green LED Off No power Verify current supply...

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