TEMP. RANGE FLOWRATE INDICATOR

Flow-Mon's Spinner, the latest design of low cost, 'entry level' Flow Indicator. This robust indicator out performs other spinner instruments by a considerable margin. When calibrated flow indicators are not needed, this single sided indicator will satisfy most requirements within pipe sizes 8mm to 40mm. The Flow-Mon Spinner starts to rotate once flow has commenced, this can be from as low as 0.7lpm. The exceptional ratio between maximum and minimum flow is achieved by carefully toleranced manufacture. This spinner design can be mounted both horizontal and vertical, offering bi-directional flow...

Rising Ball Visual Flow Indicator Flow-Mon's Rising Ball, introduced to give industry a high standard flow indicator that meets the needs of simple flow applications. When calibrated flow indicators are not needed, the Rising Ball will satisfy most requirements within pipe sizes 8mm to 40mm. Being constructed from high quality materials this in-line indicator will meet the needs of many chemical applications, as well as being suitable for water, oil and gases. Whilst there is no flow in the pipe the white PTFE Ball remains seated in the body socket. As the flow rises the ball will lift out of the...

This new double window Flow Indicator range from Flow-Mon is most useful where visual inspection of the pipeline content is needed as a plant safety or product quality measure. The sizeable windows allow an excellent view of the conditions in the line. The plain Spout design affords visual inspection only while the hinged internal Flap with its graduated scale allows a check on flow rate changes and for instance, affords repeatability of valve positioning. The Flap or Spout can be used in transparent or slightly opaque solutions and gas services. Both units will operate in horizontal or vertical...

Style FMF = Flap FMP = Spout FMS = Spinner Material B = Bronze SS = Stainless Steel CS = Carbon Steel Glass B = Borosilicate S = Sodalime (Specials please contact Flow-Mon) Size 8 = 1/4" 10 = 3/8" 15 = 1/2" 20 = 3/4" 25 = 1" 32 = 1 1/4" 40 = 1 1/2" 50 = 2" 80 = 3" 100 = 4" (Std thread BSP. For NPT add N. For socket weld add SW) Flange For Ansi or Din flanges add one of the following F16, F40, F1 50, F300

Low Cost Miniature Variable Area Flow Switch The flow switch model FMLF works according to a modified variable area principle. The float is guided in a cylindrical measuring tube by means of a spring. The flowing medium moves the float in the flow direction. A Reed contact is mounted outside the meter in a sealed housing. When the float reaches the position of the Reed contact the switch will close. With higher flows the the float moves further upward until it reaches a built-in float stop, still keeping the switch closed. This ensures a bi-stable switch function at any time. The Reed contact...

Flow rate indicators These units are manufactured in a wide range of sizes and specification options but all have the same basic function. A dial and mechanical indicator continuously monitor the flow rate at any given time whilst electrical switches can be specified to signal when a particular level has been reached during increasing or decreasing flow rates. Switches are field adjustable over the full range. Where batching, trending, totalising or recording is required, all Flow-Mon units can be supplied with a 0-10V or 4-20mA output. All sizes are manufactured to the same simple design concept,...

Series and Flow Rate FMC* = Low Flow FMB* = Imp. Gallons / Min FMG* = U.S. Gallons / Min *Add Full Flow Rate in Units Material of Manufacture AL = Aluminum CIK = Cast Iron Nickel Plated S = Carbon Steel PTFE* = PTFE *Only available up to 4" Port Connections and 100 psi / 7 bar maximum pressure. Note: For materials and pressures not specified, please consult factory. O Ring Seal Material S1 = S2 = S3 = S4 = S5 = Buna EPDM Viton PTFE Perlast Port Connections Pressure Rating LP = 300 psi / 20 bar maximum Indicator Read Out ME = Mechanical Pointer...

Small, Medium, Large The flow switch body houses a spring-loaded valve plate (vane) which pivots off-centre in a hemispherical cavity. Thus the vane and cavity have a variable area orifice relationship. This gives both a high flow range and a linear relationship between flow rate and vane displacement. The vane indirectly operates both the indicating needle and an adjustable cam, which in turn triggers the microswitch at any chosen setting of flow rate. Two switches can be supplied to provide high and low (or 'low-low') flow switching. Features & Benefits • All metal construction - no tubes of...

Wafer Function A scaled plate and mechanical indicator continuously monitor the flow rate at any given time whilst electrical switches can be specified to signal when a particular level has been reached during increasing or decreasing flow rates. Features • Direct reading Flow Rate Indication • Optional (field adjustable) switch(es) • Optional Non-Contact 4-20mA Output • High Pressure available • Mounts easily between Ansi, Jis or Din flanges • Mounts in any orientation • No straight Pipe Run required • Connection sizes from 3" to 12" Minimum Scale 0-40 LPM Maximum Scale on request Style Through...

i-Mon 4-20mA Transducer Programmable 4-20mA current loop transducer designed to be built into Flow-Mon's flow indicators. • Based on the sophisticated Zettlex ST technology for inductive displacement sensing • Non-contact (no wear problems, no loading and no added hysteresis on the system to effect measurement at low flow) • Absolute measurement (no problems if power is disconnected and reconnected) • Robust construction (long life without problems) • Smart (one time factory calibration stored in in electronic memory) • Accurate (more than 1000 measurement points over full-scale deflection) •...