Procter Vario metering pump

NegotiableUpdate on 04/24

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Nature of the Manufacturer: Producers

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Overview

Procter Vario metering pump

Product Details

The Procter Vario metering pump is divided into two series: VAMC and VAMD. The VAMC series is easy to operate, safe and reliable, and has low requirements for the on-site environment. For safety reasons, it is equipped with sufficient electrical overload protection and has the ability to withstand voltage fluctuations. The VAMd series offers a variety of pump head materials, a wide range of metering capabilities, and automatic control methods, enabling the Vario series metering pumps to meet the metering needs of various process flows. Advantages:

	Good liquid absorption performance, smooth discharge stroke, and constant measurement accuracy
	Excellent craftsmanship: measurement accuracy better than ± 2%
	Robust design: powerful drive motor, shockproof and anti-corrosion fiberglass plastic shell
	Good adjustment performance is achieved through 4 types of deceleration, 2 types of pump head specifications, and 2 types of pump head materials for specific requirements

Application areas:

	Regularly control the addition of additives in the cooling water circulation
	Continuous addition of additives in water treatment with constant water flow

Characteristics:

	Flow range: VAMc：8-64 l/h，VAMd：17-120 l/h
	Pressure range: VAMc：10-4 bar，VAMd：12-3.5 bar
	Stroke length: 3mm, self-locking adjustment knob adjustment step size of 1%
	Pump head material: Polyvinylidene fluoride, stainless steel 1.4571/1.4404, polypropylene, organic glass, carbon containing polytetrafluoroethylene
	Under specified conditions and correct installation, the measurement accuracy is better than ± 2% (stroke length adjustment range 30-100%)
	3-phase AC standard motor or single-phase AC standard motor drive (optional)
	Medium viscosity: ≤ 100 mPa.s
	Power Supply: VAMc： Three phase, 230-400V, 50Hz; Single phase, 230V, 50Hz; VAMd：230V/380V，50Hz
	Power: VAMc： Three phase motor 0.07kW, single-phase motor 0.06kW; VAMd： Single phase motor 0.12kW
	Durable anti-corrosion plastic shell, protection level VAMC IP65, VAMd IP55

Performance parameters

model	pressure	internet traffic	Stroke flow rate	stroke frequency	Connection size	Suction distance	weight
VAMc	bar	l/h	ml/stroke	strokes/min.	G'-DN	mWG	(PVT/TT)kg
10008	10	8	3.6	38	3/4-10	7	6.0/7.2
10016	10	16	3.6	77	3/4-10	7	6.0/7.2
07026	7	26	3.6	120	3/4-10	7	6.0/7.2
07042	7	42	3.6	192	3/4-10	7	6.0/7.2
07012	7	12	5.4	38	3/4-10	6	6.0/7.2
07024	7	24	5.4	77	3/4-10	6	6.0/7.2
04039	4	40	5.4	120	3/4-10	6	6.0/7.2
04063	4	64	5.4	192	3/4-10	6	6.0/7.2
VAMd
12017	10/12	16.6	3.6	77	3/4-10	7	6.6/8.6
12026	10/12	26.2	3.6	122	3/4-10	7	6.6/8.6
12042	10/12	42.0	3.6	195	3/4-10	7	6.6/8.6
10025	10	24.8	5.4	77	3/4-10	4	6.6/8.6
09039	8.5	39.4	5.4	122	3/4-10	4	6.6/8.6
07063	6.5	63.0	5.4	195	3/4-10	4	6.6/8.6
06047	5.5	47.4	10.2	77	1-15	3	7.5/13.5
05075	4.5	75.0	10.2	122	1-15	3	7.5/13.5
04120	3.5/2.3	120.0	10.2	195	1-15	3	7.5/13.5

Material of overcurrent components

VAMc	pump head	Suction and discharge valve body	Sealing element	Valve ball
PVT	Polyvinylidene fluoride	Polyvinylidene fluoride	PTFE	ceramics
SST	Stainless steel 1.4571/1.4404	Stainless steel 1.4581	PTFE	Stainless steel 1.4401
VAMd
PVT	Polyvinylidene fluoride	Polyvinylidene fluoride	PTFE	ceramics
SST	Stainless steel 1.4571	Stainless steel 1.4581	PTFE	Stainless steel 1.4404
PP1	polypropylene	polypropylene	EPDM rubber	Borosilicate glass
NP1	organic glass	polyvinyl chloride	VITON	Borosilicate glass
TT1	Carbon containing polytetrafluoroethylene	Carbon containing polytetrafluoroethylene	PTFE	ceramics