DVZ. Vortex Flowmeter Compact. for low viscosity liquids

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Loraine Ward
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Vortex Flowmeter Compact for low viscosity liquids measuring monitoring analysing DVZ Range: 0. -4.

.." NPT Connection material: brass or stainless steel : Switching output, frequency output, analogue

BELGIUM, BULGARIA, CANADA, CHILE, CHINA, COLUMBIA, CZECHIA, DOMINICAN REPUBLIC, EGYPT, FRANCE,

POLAND, ROMANIA, SINGAPORE, SOUTH KOREA, SPAIN, SWITZER-LAND, TAIWAN, THAILAND, TUNISIA, TURKEY,

1 Vortex Flowmeter Compact for low viscosity liquids measuring monitoring analysing DVZ Range: L/min Accuracy: ±.% of full scale p max : 0 bar; t max : 80 C Connections: G ¼...G, ¼" NPT..." NPT Connection material: brass or stainless steel : Switching output, frequency output, analogue output Compact electronics with digital display /0-0 KOBOLD companies worldwide: ARGENTINA, AUSTRIA, BELGIUM, BULGARIA, CANADA, CHILE, CHINA, COLUMBIA, CZECHIA, DOMINICAN REPUBLIC, EGYPT, FRANCE, GERMANY, GREAT BRITAIN, HUNGARY, INDIA, INDO- NESIA, ITALY, MALAYSIA, MEXICO, NETHERLANDS, PERU, POLAND, ROMANIA, SINGAPORE, SOUTH KOREA, SPAIN, SWITZER-LAND, TAIWAN, THAILAND, TUNISIA, TURKEY, USA, VIETNAM KOBOLD Messring GmbH Nordring -4 D-679 Hofheim/Ts. Head Office: +49(0) (0)69 98 info.de@kobold.com

DVZ-...S00 DVZ-...F00 DVZ-...L44 DVZ-...L44 DVZ-...C... DVZ-...L0 (usage with AUF-000) (compact electronics) DVZ-.

The device works using the vortex principle, making it virtually maintenancefree. This involves the installation of a sharp-edged object (the vortex generator) in the fl ow duct.

The fl ow volume can be determined with a very great degree of accuracy by measuring the vortex frequency. This achieves a very high linearity over the whole measuring range.

There is also an optional compact electronics package that includes a digital display, and both a switching and analogue output. Dosing and metering electronics are currently being developed.

of fi bres Technical Details Measurement process: vortex principle Mounting position: any, fl ow in direction of arrow Accuracy: ±.

2 DVZ-...S00 DVZ-...F00 DVZ-...L44 DVZ-...L44 DVZ-...C... DVZ-...L0 (usage with AUF-000) (compact electronics) DVZ-...L4 Description The compact KOBOLD Vortex fl ow meter Model DVZ is used for measuring and monitoring smaller and medium-sized fl ow of low viscosity, water-like liquids in pipes. The device works using the vortex principle, making it virtually maintenancefree. This involves the installation of a sharp-edged object (the vortex generator) in the fl ow duct. Vortices are created behind the object whose frequency is proportional to the velocity of fl ow of the liquid. The fl ow volume can be determined with a very great degree of accuracy by measuring the vortex frequency. This achieves a very high linearity over the whole measuring range. The device can be fi tted with switching, frequency or analogue outputs. There is also an optional compact electronics package that includes a digital display, and both a switching and analogue output. Dosing and metering electronics are currently being developed. Areas of Application Monitoring the fl ow of low viscosity liquids Measuring of aggressive, high-purity or salty solutions Unsuitable for abrasive media or media containing a large proportion of fi bres Technical Details Measurement process: vortex principle Mounting position: any, fl ow in direction of arrow Accuracy: ±. % of full scale Repeatability: ± % of full scale Inlet runs: 0 x DN / x DN Media temperature: C Ambient temperature: C Max. pressure Connection fixed rotatable standard version 0 bar 0 bar reinforced version 0 bar - Wetted parts Sensor housing: PPS, fi breglass-reinforced Sensor: PVDF Connections: Bluff body: Seal: Response time: brass, up to L/min nickel plated, from 40 L/min blank or stainless steel.4404 PPS, fi breglass-reinforced or oxide ceramic (non-wear version) NBR, EPDM or FPM s Protection: IP 6 Weight: depending on version (see table) /0-0

3 /0-0 Technical Details (suite) DVZ-...S00, DVZ-...S0D Display: DUO-LED for switching condition and when range limit is exceeded Switching output: relay change over, max. A/0 V DC or active 4 V DC, N/C / N/O Switch point: % of full scale in 0 %-steps that can be confi gured by the customer using a rotary switch Power supply: 4 V DC ±0 % Power consumption: ma Electrical connection: plug M x. pole overfl ow: fl ash of the DUO-LED (green/red) from 0 % of full scale DVZ-...F00, DVZ...F90 Pulse output: PNP, Open Collector, max. 00 ma Frequency at ME: 00 Hz (...F00) Hz (...F90) Power supply: 4 V DC ±0 % Power consumption: ma Electrical connection: plug Mx overfl ow: F out approx. khz from 0 % of f. s. DVZ-...L0; DVZ-...L4 : 0(4)... 0 ma, -wire Max. load: 00 Ω Power supply: 4 V DC ±0 % Electrical connection: plug Mx overfl ow: I out approx. 0. ma from approx. 0 % of full scale DVZ-...L44 (usage with AUF-000) : ma, -wire Max. load: 00 Ω (0 Ω with AUF-000) Power supply: 4 V DC ±0 % Electrical connection: plug DIN 460 overfl ow: I out approx. 0. ma from approx. 0 % of full scale DVZ-...Cxx (Compact electronics) Display: -digit LED Analogue output: 0(4)... 0 ma adjustable, max. 00 Ω (only for DVZ-...C4) Switching output: or Open Collector PNP or NPN factory set, max. 00 ma Contact function: N/C, N/O, frequency, programmable (frequency output not calibrated at f.s. approx Hz) Programming: via buttons Power supply: 4 V DC ±0 %, -wire technology Power consumption: approx. 00 ma Electrical connection: plug M, pole overfl ow: display "OF" from 0 % of full scale Electrical Connections DVZ-...S00 N/O DVZ-...S0D N/C n.c. n.c. DVZ-...F00; DVZ-...Lx DVZ-...L44 DVZ-...C0x DVZ-...C4 4 Switch out 0(4)-0 ma 4 + Vs Vs Common N/C +Vs N/O + Vs Signal out Signal out + Vs Switch out +Vs Switch out

4 Technical Details (suite) DVZ-...Exxx (Counter electronics) Display: LCD, x 8 digit, illuminated total, part and fl ow quantities, units selectable Quantity meter: 8-digit Analogue output: 0(4)...0 ma adjustable Load: max. 00 Ω Switching output: relays, max. 0 V AC/DC / A / 60 VA Settings: via 4 buttons Functions: reset, MIN /MAX memory, fl ow monitor, monitoring for part and total quantity, language Power supply: 4 V DC ±0 %, -wire technology Power consumption: approx. 0 ma Electrical connection: cable connection or M -plug more technical details see data sheet ZED in the brochure Z DVZ-...E4R, DVZ-...G4R Cable connection Wire number DVZ-...E4R DVZ-...G4R Counter electronics Dosing electronics +4 V DC +4 V DC 4-0 ma 4-0 ma 4 n.c. Control * 6 reset part quantity Control * 7 relay S relay S 8 open without current open without current 9 0 relay S open without current relay S open without current Control <-> : Start-dosing Control <-> : Stop-dosing Control <-> Control <-> : Reset-dosing DVZ-...Gxxx (Dosing electronics) Display: LCD, x 8 digit, illuminated, dosing-, total-, and fl ow quantity, units selectable Quantity meter: 8-digit Dosage: -digit Analogue output: 0(4)...0 ma adjustable Load: max. 00 Ω Switching output: relays, max. 0 V AC/DC / A / 60 VA Settings: via 4 buttons Functions: dosing (relais S), start, stop, reset, fi ne dosing, correction amount, fl ow switch, total quantity, language Power supply: 4 V DC ±0 %, -wire technology Power consumption: approx. 0 ma Electrical connection: cable connection or M -plug more technical details see data sheet ZED in the brochure Z Plug connection +4 V DC Reset/Ctr * d.c./ctr * U 4 0 V AC/DC / A U S (4) - 0 ma Out max. 00 Ω S Weight sensor Measuring range Size Connection fixed Connection reinforced Connection turnable up to L /min ¼", ⅜", ½" approx. 40 g approx. 600 g approx. 800 g up to L /min ¾" approx. 600 g approx. 600 g approx. 900 g up to L /min " approx. 00 g approx. 90 g approx. 90 g L /min ¾" approx. 00 g approx. 00 g approx. 0 g L /min " approx. 900 g approx. 0 g approx. 400 g 4 Weight electronic Model DVZ- Fx0 DVZ- S0x DVZ- Lxx DVZ- Cxx DVZ- Exxx DVZ- Gxxx Weight approx. 80 g approx. 00 g approx. 0 g Total weight = weight sensor + weight electronic /0-0

5 Order Details (Example: DVZ- 04 G S00) Storage body Connection/ seal fixed Connections rotatable Electronics = L /min = L /min..0.. =.-0.0 L /min..g.. = G ¼..G.. = G ⅜..G4.. = G ½..N.. = ¼" NPT..N.. = ⅜" NPT..N4.. = ½" NPT..B.. = G ¼..B.. = G ⅜..B4.. = G ½..P.. = ¼" NPT..P.. = ⅜" NPT..P4..= ½" NPT Switching output..s00 = M-plug, relay..s0d = active 4 V DC, M-plug Frequency output..f00 = M-plug, 00 Hz..F90 = M-plug, Hz DVZ-..= PPS DVZ-..= ceramic DVZ-..*= PPS/ reinforced version DVZ-4..*= ceramic/ reinforced version...= brass/ NBR...= st. steel/ NBR..4..= brass/ EPDM...= st. steel/ EPDM..7..= brass/ FPM..8..= st. steel/ FPM..6.. = L /min...=.-.0 L /min...= L /min..g.. = G ⅜..G4.. = G ½..G.. = G ¾..N.. = ⅜" NPT..N4.. = ½" NPT..N.. = ¾" NPT..G4.. = G ½..G.. = G ¾..G6.. = G..N4.. = ½" NPT..N.. = ¾" NPT..N6.. = " NPT..B.. = G ⅜..B4.. = G ½..B.. = G ¾..P.. = ⅜" NPT..P4.. = ½" NPT..P.. = ¾" NPT..B4.. = G ½..B.. = G ¾..B6.. = G..P4.. = ½" NPT..P.. = ¾" NPT..P6.. = " NPT Analogue output..l0 = M-plug, 0-0 ma..l4 = M-plug, 4-0 ma..l44 = DIN-plug, 4-0 ma Compact electronics**..c0r = xopen Coll., PNP..C0M = xopen Coll., NPN..C4P = 4-0 ma, x Open Coll., PNP..C4N = 4-0 ma, x Open Coll., NPN Counter electronics..e4r = LCD, 0(4)-0 ma, x relays, m cable..40..= L /min..0..=.0-0 L /min..6..= 6.-6 L /min..80..= L /min..99..= L /min..g.. = G ¾..G6.. = G..N.. = ¾" NPT..N6.. = " NPT..B.. = G ¾..B6.. = G..P.. = ¾" NPT..P6.. = " NPT..E4R = LCD, 0(4)-0 ma, x relays, M -plug Dosing electronics..g4r = LCD, 0(4)-0 ma, x relays, m cable..g4r = LCD, 0(4)-0 ma, x relays, M -plug * Reinforced version only in combination with fi xed connection **Please specify fl ow direction in the order /0-0 Pressure Loss at Range End Value Model Meas. range end value [L/min] Pressure loss [mbar] DVZ DVZ DVZ DVZ DVZ DVZ DVZ DVZ DVZ DVZ DVZ

6 Dimensions DVZ sensor with fixed connection up to L/min DVZ sensor with fixed connection up to 40 L/min 4 x Ø, for M 4 x Ø4, for M4 MB..04 /..07 / /..07 /..0 / /..07 /..0 /..6 /.. /.... /....6 /.. /.. D ¼" ⅜" ½" ¾" " SW 4 - L L L 4 - L /0-0

7 DVZ sensor with reinforced connection up to L/min DVZ sensor with reinforced connection up to 40 L/min 4 x Ø, for M 4 x Ø4, for M4 MB..04 /..07 / /..07 /..0 / /..07 /..0 /..6 /.. /.... /....6 /.. /.. D ¼" ⅜" ½" ¾" " SW L L /0-0 7

8 DVZ sensor with turnable connection up to L/min DVZ sensor with turnable connection up to 40 L/min 4 x Ø4, for M4 4 x Ø, for M MB..04 /..07 / /..07 /..0 / /..07 /..0 /..6 /.. /....6 /.. /.... / /..0 /..60 /..80 / /..0 /..60 /..80 /..99 D ¼" ⅜" ½" ¾" " ¾" " D SW /0-0

9 DVZ- S0x, DVZ- Fx0, DVZ- Lx DVZ- L44 DVZ- Cxx DVZ- Exxx, DVZ- Gxxx /0-0 9

DUK. Ultrasonic Flowmeter/ -Monitor/-Counter/-Dosing Unit

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