Prices  GMXA1604NPB20000UD11300EN / GMXA (GAMMA_X)  ProMinent  United States

BRAND ProMinent
Product GMXA1604NPB20000UD11300EN / GMXA (GAMMA_X)
Description Magnetic dosing pump
Internal code IMP4387546
Custom code 84135040
Technical specification Total series output range: 2.3 l/h — 45 l/h, 25 — 2 bar - Easy adjustment of dosing rate directly in l/h or gph - trouble-free process flow by detecting hydraulic malfunctioning conditions such as gas in the dosing head, “overpressure” and “no pressure” (no or too high back pressure) - The controlled magnetic drive makes it suitable for continuous small quantity dosing from approx. 1 ml/h — this also prevents vibration damage due to low-pulsation dosing characteristics • thus saving pulsation dampers or mixers (in the lower or middle pump output range). - highest dosing accuracy through compensation for pressure fluctuations - Built-in 1-week/1-month timer - Direct input of the desired final concentration in concentration mode for quantity-proportional dosing tasks - Can be used for almost all liquid chemicals due to available material variants PVDF, acrylic glass, PP, PTFE and stainless steel Pump type: 1604 - 16bar; 04l/h connection 6x4/SS6x5 Dosing head material: NP - plexiglass/PVC Sealing material: B - standard membr. /Viton-B tight. Dosing head type: 2 - with vent; o.valve spring Hydraulic connection: 0 - standard connection Membrane break detector: 0 - without Version: 0 - housing RAL5003/hood RAL2003 Logo: 0 - with PM logo Power part version: U - universal 100-240V Cable and plug: D - 2m USA 115V Relay function: 1 relay 3-pin 230V, 8A Accessories: 1 - dos.v.+fuss.v.2mschl.5mpe-schl. Control variant: 3 - manual+cont.m.pulsecond. +anal. Dosing monitoring: 0 - dosing monitoring dynamic Remote stop (pause): 0 - without Bluetooth Language: EN - English Approval: 07 - MET (USA) Documentation language: EN - English Frequency (Hz): 50/60Hz Voltage (V) :100-230V Power (W) :25W Protection class: IP65 flow rate (l/h): 3.6 l/h back pressure (bar): 16bar

default.send_request_amp_Group2