Model: K17 Heinrichs, Low Volume-variable area-with glass tube


Model K17 Low Volume - variable area - with glass tube

The K09 meter is suitable for flow measurement of liquid or gaseous products in pipes. It shows the current flow rate in volume or mass per unit in time.

Flow measuring of liquids and gas can be used in the chemical industry or medical or laboratory engineering. Precision, reliability, and efficiency are the remarkable features of this device. This device is a robust mechanical system with a low-rate of wear.

The variable-area flowmeter consists of a stainless steel device with an integrated conical measuring tube made of glass and a vertically
movable float. The valve for setting the flow rate is built-in


Flow metering of liquid or gaseous products in pipelines. The current flow rate in volume or mass per unit in time is displayed.

Approvals and certificates

Explosion protection: (for mech. instruments) ) II 2GD IIC TX
Contacts: PTB 00 ATEX 2128 X (with limit switches)

Ignition category: II 2G EEx ia IIC T6-T4

CE-mark: Ex-guidelines 94/9/EG

EMC: EMC-guidelines 2004/108/EG

PED: 97/23/EG


K17-R...-V / N with inlet or outlet differential pressure regulator
Version K17-R-...V for fluctuating outlet pressure
Version K17-R-...N for fluctuating inlet pressure

Another Article:

Technical Data:

Glass tube:Borosilicate glass 1.4401 (316), glass,
Body, connections:1.4404 (316 L) (others on request)
Process connections:¼" NPT (F), G ¼ , PVC hose (others on request)
Max. pressure:PN 16
Process temperature:-20°C to +100°C
 -20°C to +70°C (with limit switches)
Ambient temperature: -20°C to +100°C
 -20°C to +70°C (with limit switches)
Ingress protection: IP 65 (EN 60529)
Liquids / gases:± 2 % qG 50 acc. VDE/VDI 3513
V / N (differential pressure regulator) ± 2,5 % / ± 5 % FS
within 10-100% of the range
Liquids / gases : ± 1,0 % FS
V / N (differential pressure regulator) ± 1,5 % / 2,5 % FS
Electrical outputs:inductive limit switches

Download Catalog:Low Volume-variable area-with glass tube Model K17 Heinrichs




  1. You have done a good job by publishing this article about glass tube. I appreciate your efforts which you have put into this article, It is a beneficial article for us. Thanks for sharing such informative thoughts.
    Glass Tubing


Posting Komentar

Informasi Pilihan Identitas:
Google/Blogger : Khusus yang punya Account Blogger.
Lainnya : Jika tidak punya account blogger namun punya alamat Blog atau Website.
Anonim :