• 1. Outline
  
• 1) Transit times of ultrasonic pulses transmitted in a liquid vary with the flow velocity of the liquid and ultrasonic flowmeters utilize this characteristic to measure flow.
  
• 2) No complicated set-up.
  
• 3) UC-1 can detect & measure wide range of pipe sizes, needs config changes only. Conductive or non-conductive, ultrasonic flowmeters can measure various types of liquids such as potable water, river water, industrial water, agricultural water, wastewater, seawater, and pure water..
  
• 4) Transducers are clamped on to the outside of the pipe so it is not necessary to cut pipes or stop flow for installation and there is no pressure loss.
  
• 5) Flow measurements are possible over a wide range, 0.03m/s to 10m/s..
  
• 6) Economical measurements of flow from 25mm to 100mm can be obtained.
  
• 7) Inside logged data can be output to PC by serial communication software via USB-C cable.

• 1. Outline
  
• 1) Transit times of ultrasonic pulses transmitted in a liquid vary with the flow velocity of the liquid and ultrasonic flowmeters utilize this characteristic to measure flow.
  
• 2) Regardless of whether the liquid is electrically conductive or non-conductive, ultrasonic flowmeters can measure various types of liquids such as potable water, river water, industrial water, agricultural water, wastewater, seawater, and pure water.
  
• 3) Transducers are clamped on to the outside of the pipe so it is not necessary to cut pipes or stop flow for installation and there is no pressure loss.
  
• 4) Flow measurements are possible over a wide range, -30m/s to +30m/s.
  
• 5) Economical measurements of flow from 25mm to 6000mm can be obtained.
  
• 6) Easy Operation through PC configuration software. Through graphical user interface, it is very simple and useful for everyone to input all data.

• 1. Outline
  
• 1) Transit times of ultrasonic pulses transmitted in a liquid vary with the flow velocity of the liquid and ultrasonic flowmeters utilize this characteristic to measure flow.
  
• 2) Regardless of whether the liquid is electrically conductive or non-conductive, ultrasonic flowmeters can measure various types of liquids such as potable water, river water, industrial water, agricultural water, wastewater, seawater, and pure water.
  
• 3) Transducers are clamped on to the outside of the pipe so it is not necessary to cut pipes or stop flow for installation and there is no pressure loss.
  
• 4) Flow measurements are possible over a wide range, -30m/s to +30m/s.
  
• 5) Economical measurements of flow from 25mm to 600mm can be obtained.
  
• 6) Easy Operation through PC configuration software. Through graphical user interface, it is very simple and useful for everyone to input all data.

• 1. Outline
  
• 1) The time it takes to propagate ultrasonic pulses in a liquid varies according to flow velocity. This principle is utilized by ultrasonic flowmeters which provide signal output proportional to the flow rate. The UFP-20 portable flowmeter can measure flow by simply positioning the transducers on the outside of pipes.
  
• 2) The UFP-20 flowmeter supersedes our model UFP-10 or UFP-1000 and offers a more compact design with additional functions such as pipe thickness measurement and liquid ultrasonic velocity measurement. The UFP-20 is a high performance flowmeter which is simple to use. The UFP-20 incorporates an onboard DSP which carries out such functions as flow calculation and data processing in metric or inch units. The UFP-20 can be applied to pipe diameters from 13 ~ 5000 mm and is ideal for use with liquids such as clean water and wastewater. Three power sources (Ni-MH battery, AC, DC supply) allow flexibility to match conditions of the site and optional equipment such as optional transducers, extension cable and temperature input for heatmeter function enhance the range of applications.

• Unique Technology
  
• ±2mm High Accuracy : TOKYO KEIKI’s advanced pulse technologies achieve +/-2mm accuracy. (Rod Antenna : +/-3mm)
  
• Advanced Echo Processing : “Multi-echo Historical-validation” checks trend continuity to track the echoes from liquid during process operation for smooth measurement. And, “Auto Noise Table Function” is achieves stable and continuous level measurement on the Reactor tank application.
  
• Rapid Tracking : “Full-range Search Mode” boosts detection speed and track up to 2m/sec level change.
  
• Flow & Volume Calculation : “Extended calculation mode” outputs not only Tank Volume, but also Open Channel Flow Rate by weir or flume combination.
  
• Wide Line-up Antenna : KRG-10 can be installed for Corrosive, Adhesive and Hygienic applications by various antenna; SUS Cone for 2"(DN50)&4"(DN100) nozzles, PTFE Sealing for 2” (DN50) & 4” (DN100) nozzles, PTA Rod for 1"(DN25) nozzle, Furthermore, we will provide special antenna for higher temperature over 200°C or higher pressure over 1.5MPa.
  
• Wide Measuring Range : Up to 30m Max. by 4” (DN100) Cone Antenna
  
• Stable Measurement
  
• ”Disturbance Noise Elimination” : Cyclical & Multi-bounce noise echoes are eliminable for stable output. It realizes stable measurement without leap in process tank measurement.
  
• ”Predict Output” : As the result of echo validation, KRG-10 can output predicted data reasonably.
  
• Distance Filter Window : This window is effective for echo searching, and variable ranging available.
  
• Bottom Echo Handler : Generally, liquids having low dielectric constant are difficult to be divide surface echo from tank bottom echo when its level is quite low and close to bottom. KRG-10 can deem the level is close to almost bottom without fluctuation.
  
• Double Bounce Handler : Delayed echo by multi-bounce between liquid surface and tank ceiling will be eliminated.
  
• User-friendly Design
  
• Easy Configuration : Graphical HART Configuration on Laptop PC Also menu driven 4-keys input (need LCD module)
  
• Rotatable LCD (90° step) : LCD front face can be changed to all four points of the compass.
  
• Sun Shade for LCD protection : Rubber-made Sun Shade is provided to protect top-mount LCD.
  
• Removable LCD module : LCD module is removal in case that it is not required. In such case, a blind cover the same as terminal cover will be provided before shipment.

• 1) Principle : Time Flight Impulse Radar Technology
  
• 2) Wide Measuring Range : Up to 20m Max.
  
• 3) Variety of Antennas : 4inch Cone Antenna / 6inch Cone Antenna, 8inch Cone Antenna, PFA Rod Antenna (Long/Short inactive)
  
• 4) Easy Configuration : Menu driven 4-keys input, Graphical HART Configuration

• 1.IP68 submergible : Stormwater will not break MRF-10 by under the water.
  
• 2.Compact body (Height : 54mm) : Height : 54mm, easy installation for narrow space like under the Manhole
  
• 3.Loop-Powered : Easy replacement to existing Loop-powered instrumentations
  
• 4.HART communication : HART protocol has been superimposed onto analog output.
  
• 5.Easy Configuration : Graphical PC software by HART
  
• 6.Simple one-piece structure : No independent main console required

The Vibration Detector is a safety device, which quickly detects abnormalities in mechanical equipment in order to help prevent breakdown. The reliable performance of the Vibration Switch is time proven - it has received very favorable user response from the time it was first marketed over 30 years ago. If the detector is subjected to vibration acceleration in the "Direction of vibration", a moment will be set up around the spring joint of the armature, tending to separate the armature from magnet below it. Similarly, the adjusting spring will also generate a moment around the spring joint, tending to separate the armature from the magnet. When the sum of these moments is larger than the moment acting around the spring joint due to the magnet attracting the armature, the armature will come away from the stop pin below. As the result of the motion of the armature, a micro-switch will be actuated, triggering an alarm signal.