Beta® Solenoid Diaphragm Metering Pump

Capacity range: 0.19 - 8.4 gph (0,74 - 32 L/h), 232 - 29 psig (16 - 2 bar) Versatile, robust and reliable solenoid diaphragm metering pump. Universally applicable, excellent cost/performance ratio. Either foot or dosing valve - as per demand - being included in delivery.

Manual

gamma/ L Diaphragm Metering Pump

Capacity Range 0.19 - 8.4 gph (0.74 - 32 L/h), 232 - 29 psig (16 - 2 bar) Solenoid Driven Diaphragm Metering Pump for the most demanding applications. Due to its versatile operating and control possibilities it is suitable for almost all metering tasks - from the stand alone solution in laboratories to the bus-linked metering system in complex generators. PROFIBUS®-DP Interface.

Manual

delta® diaphragm metering pump

Capacity range: 11.3 - 75 l/h, 16 – 2 bar Solenoid diaphragm metering pump with optoDrive® drive technology. Complete control of the suction and pressure stroke for an optimal adaptation to the metering task and monitoring of the peripheral hydraulic instruments via optoGuard®.

Manual

For Food, Dairy, Biological, and Pharmaceutical Applications.

• Designed for Quick Disassembly for easy cleaning and sterilizing.
  
• Conforms to 3A Dairy Standards
  
• Ceramic, Stainless Steel & Teflon Fluid Path
  
• Resistant to Chemical & Biological Attack
  
• No Internal Threads or Blind Holes
  
• Easily Dismantled for Cleaning & Sterilizing
  
• Can be used with any Q Drive

Specification Sheet | Quick Start Instructions

Designed for fluid dispensing and metering applications in industrial process environments.

 Features:

• FMI's Patented CeramPump® Valveless Piston Design - One Moving Part
• Fixed or Variable Speed
• Dispense or Continuous Metering
• Precision Long Life Stepper Motor and Control Circuit
• PLC Control Capabilities
• Dispense Volume: 0.002 to 1.28 cc/shot, 0.5% Precision, up to 7 shots per dispense
• Rugged Stainless Steel , Splash-Proof Wall Mount Design
• Ideal for Battery Manufacturing, Precision Lubrication, Electronic Assembly, Food Additive Injection, and UV & Solvent Adhesives

Specification Sheet | Manual | Quick Start Instructions

The QDX High Flow Hazardous Duty pump is designed for use in commercial, industrial, and laboratory hazardous applications. Accommodates flows up to 2200 ml/min.

The QDX utilizes the FMI Adapter Kit P56C and a Class I, Group D, Class II, Groups E, F, and G, NEMA frame 56 face-mount motor. The QSYX Low Flow Hazardous pump is coupled to Class I, Group D, synchronous motor for the ultimate stroke to stroke accuracy. Accommodates flows up to 92 ml/mim.

Specification Sheet | Quick Start Instructions

The V300 is Ideal for R&D, Laboratory, Process, Test Stands, and Production.

Precision Flow Control for FMI RHV, QV, and QVG50 Valveless Pumps
Model QV: High Flow 0-2300 ml/min
Model RHV: Low flow 0-180ml/min
Model QVG50: Low Flow 0-64 ml/min
Model Q2V Ratio: Matic Dual Head Proportional

FMI's V300 is a variable stroke rate metering pump system that drives FMI pumps from 5% to 100% of their rated flow with 0.1% adjustability. Typical speed rates for the direct drive system are 90 to 1800 strokes per minute. The system repeatability is 1%.

Specification Sheet | Quick Start Instructions

For Masterflex® L/STM Pumps

Add state of the art Valveless Piston Technology to your existing peristaltic lab pump.

• Extend your pump's operating pressure to 100 psig.
  
• Improve your long term accuracy to better than 1%.
  
• Add precision mechanical flow adjustment to your L/S drives.
  
• Increase versatility by providing dual proportional fluid metering when adding FMI's pump head to your existing peristaltic pump head.
  
• Ceramic and fluorocarbon wetted materials.
  
• Installs in minutes to your L/S-TM standard pump head, Easy-Load® pump head, or directly to any L/S drive.

Water Treatment Pumps

Caustic chemicals can safely be added to waste effluent treatment. These pumps ensure accurate dosing of sensitive treatment programs where too much or too little can cause a complete failure of the process.

MJK pump controllers come with either ultrasonic or hydrostatic level sensors, and are very suitable for monitoring and control of levels in tanks and reservoirs.

They provide many advanced functions like pump alternation over time, counting of starts and running hours for each pump, calculation of pump flow and integrated communication capability to SCADA systems.