Cảm biến VES08 Sika VE series

0944911836 Ms. Duyên 0972835740 Ms. Hà 0385097045 Mr. Hiếu 0392468875 Ms. Anh 0707602728 Ms. Vân
Cảm biến VES08 Sika VE series

Cảm biến VES08 Sika VE series

Max. pressure rating 200 bar

Medium temperature -20...85 °C

Ambient temperature -20...60 °C

Process connection G½ male

Electrical connection 4-pin-plug connector M12 x 1

Degree of protection EN 60529 IP67

Display LEDs: 1 red = alarm, 2 yellow = switching point, 3 - 6 green = flow

Power supply 24 VDC (±10 %)

Connection cable with 4-pin cable socket M12 x 1,

angle type moulded lead, sheathing material PUR,

shielded, (Tmax = 80 °C), UL-approval

Length 5m order number XVT2009

• leakage monitoring
  • VES08 Sika
  • Liên hệ
  • 242
  • Thông tin sản phẩm
  • Bình luận

Cảm biến VES08 Sika VE series

Description
The calorimetric SIKA flow monitors of the VE series are used for monitoring volumetric flows. Typical applications are:
• dry-run protection for pumps
• monitoring of lubrication circuits
• cooling and heating circuits

The flow monitor is easily screwed directly into the process line by means of a connection thread. As the measuring probe is available in two different lengths, a wide range of pipelines with various nominal diameters and wall thicknesses is covered.

In the compact version VES, the flow sensor and the associated evaluation electronics form one unit. In this way, the flow can be monitored directly at the measuring point.

The calorimetric flow monitor works according to the principle of temperature difference detection. There are two temperature sensors inside the cylindrical measuring probe. They have optimal heat-conducting contact with the medium and at the same time a good thermal insulation to each other. One sensor is heated with constant power, the other is not heated and thus assumes the medium temperature. When the medium is stationary, there will be a constant temperature difference between the two sensors.

The heated sensor is cooled by the flowing medium. The changed temperature difference between the two sensors depends on the flow velocity and is therefore a parameter for monitoring the preselected minimum flow. This signal is fed by a comparator controlling a transistor output signal.

The output signal is set to the desired flow limit value using a potentiometer. If this value is undercut, the transistor output signal is activated. A 6-digit LED chain indicates the proximity to the set alarm point.

Sản phẩm cùng loại