Other Products / Services #724797

Our valued clients can avail from us sophisticated Liquid Level Controller (DLIC-R1). Our Liquid Level Controller (DLIC-R1) is based on high-end technology which ensures efficient performance and accuracy. We offer Liquid Level Controller (DLIC-R1) at reasonable price. Function :

• Pump Mode : When the liquid level goes at or below the set 'Pump low level', the pump relay gets energized after completion of pump 'On' delay. When the liquid level goes at or above the set 'Pump high level', the pump relay gets de-energized. The alarm relay gets energized after completion of Alarm 'ON' delay when the liquid level goes at or above set 'Alarm High level' or goes at or below set 'Alarm low level' and gets latched until "ACK" switch (provided on the front panel) is pressed or remote Alarm ACK switch pressed.
• Drain mode : When the liquid level goes at or above the set 'Pump high level', the pump relay gets energized after completion of pump 'On' delay. When the liquid level goes at or above the set 'Pump low level', the pump relay gets de-energized. The Alarm relay gets energized after completion of Alarm 'On' delay when the liquid level goes at or above set 'Alarm high level' or goes below set 'Alarm low level' and gets latched until "ACK" switch (provided on the front panel) is pressed or remote Alarm ACK switch pressed.

Highlights :

• Digital Liquid level indicator / controller
• Wide Operating voltage range 90 280v AC
• 1 inch seven segment display
• Provision for resistive float sensor input
• Provision for 4-20m A input
• Pump / Drain function programmable
• Programmable low and high levels setting for pump relay
• Programmable low and high levels setting for alarm relay
• 0 10 V dc output for re-transmission

ultrasonic level sensorUltrasonic Level Transmitter is a non-contact ultrasonic continuous level measurement product based on our technology. Ultrasonic Level Transmitter offers affordable solution for a variety of applications for Water, wastewater, petrochemical, chemical, food and beverage. We offer Ultrasonic Level Transmitter at pocket friendly price. Highlights :Our entry level cost effective productFast setup, configuration and commissioningMaximum range of 10mts (33fts)4-20mA output and optional LCD displayFalse echo tracingDirect installation on tanks, vessels and reactorsIndependent hand held programming unit for fast configuration of multiple unitsPerfect for diesel oil tank measurementsExtended range of 0.25 to 15 meter (0.8ft to 49ft)Integral LCD display, keypad and integral 4-20 mA outputAutomatic compensation for different environmentApproved for installations in hazardous areas (Ex)Simple to install and configureDirect installation on tanks, vessels and reactors

We guarantee our products are subjected to stringent quality policies to meet industry standards. Since inception, we are involved in selling of premium Oil Level Gauge, as we are its top supplier in the marketplace.

We Offer the Best Quality Double Float Level Switch in the Market. Double Level Switches are Used for High as Well as Low Level Sensing. the Double Float Level Switches are Compatible to Be Used in all Kinds of Liquids for Their Proper and Timely Controls in a System. These Double Level Switches are Used in the Following Manners. 2a : the Contract of Both High & Low Level is Normally Open When Liquid Level is Below. the Set Level and Closes On Reaching the Respective Set Level2b : the Contact of Both High and Low Level is Normally Open Where Liquid Level is Below the Set Level and the Contact Closes When the Liquid Level Reaches the Respective Level. 2c : the Contact of Both High and Low Level is Normally Open. Low Level Reed Contact Closes On Liquid Reaching Low Level and Opens Once Liquid Rises Above Low Level. Similarly High Level Reed Contact Closes On Liquid Reaching High Level and Opens Once Liquid Level Falls Below High Level. uses :machine Tools Packaging Machine Textile Machineryprinting Machine.

Working Principle:The vibrating fork type level sensor works on the principle of tuning forks. There is a stack of piezo ceramic crystals located inside the fork assembly. The stack is so selected that on application of voltage, the crystals oscillate at the natural frequency of the fork assembly. This frequency is continuously monitored by the internal electronic circuitry. When the fork comes in contact with liquids, the frequency slightly changes, and this change is sensed by the electronics which in turn send out a signal. This signal is processed to give out a transistor output or relay output etc as the case may be.
Key Advantages:This assembly is immune to the type of application which could have foam, variable flow, bubbles, contamination, liquid properties, presence of solids etc in the sensing liquid. It does not need any frequent calibration or adjustments and once installed and commissioned, it is free to operate for-ever. Since the forks are under constant vibration, the probability of any sticky material or floating solvents sticking to it is minimal. Also, it is free from influences of temperatures and pressures.
Applications:The vibrating fork sensor can be used for virtually every type of liquid level measurement application where point level is of importance. This could be for overfill level, low or high level, pump protection from dry run, applications which require high levels of hygiene, RF based wireless applications etc. Since the fork is made from SS 316 L, it is free from corrosion or aging, and can even be used in food industries etc.
Mounting:For best results, it is recommended that correct installation practice is followed. 1. The fork fingers should not be directly under the discharge location of liquids into the tank. 2. If used for solid medium, a protecting canopy above the fingers is recommended. 3. The face plates of the fingers should be vertical in side mount applications. See figure attached for further clarity. 4. It is allowed to mount the assembly slightly tilted to the horizontal, this will help in preventing material build up. 5. While mounting from top of the tank, axis orientation of face plates of the fork does not matter. 6. The complete fork should protrude into the tank, and not part of it, and there should be no side cavity. The purpose is to avoid material build up inside cavities.