Solids tilt level switch - SOLIBA EX P

Description

ATMI

SOLIBA EX P

This ATEX certified tilt level switch (CertificationATEX II 1 D Ex ia IIC T6) has been designed to provide high level measurement in silos or any other type of storage containers located in hazardous areas 20, 21, 22 (dust).

Its operation is very simple: Vertically suspended at the desired high level point, the SOLIBA EX P will tilt as the grain reaches the unit.

To secure your facilities at a minimum cost, the installation of a SOLIBA EX P high level mechanical tilt level switch is strongly recommended, even if your facilities are already equipped with other types of equipment such as: rotating paddles, vibrating forks, radars, capacitive and ultrasonic sensors, etc.

The SOLIBA EX P tilt level switch only operates when the high level is reached, unlike other types of level measurement devices that operate permanently

The tilt level switch must be installed at the opposite side of the arrival of grain and at a certain distance from the silo walls. This to ensure an optimal tilting operation.

This model is also available in a GP version (Gas & Dust). Please see SOLIBA EX GP ATEX certified

 Technical data sheet - SOLIBA EX P ATEX certified  (PDF 687Ko)

Application

Technical caracteristics :

Switching angle +/- 10°
Use Hazardous areas 20, 21, 22 (Dust)
Certification ATEX II 1 D Ex ia IIC T6
Power supply 240 VAC /VDC 50/60 Hz 
Certification ATEX II 1 GD Ex ia IIC T6
Cut out power 10 (4) A (Protection by means of 1 A calibrated fuse
Allowed temperature T6 : - 20°C to + 70°C
Protection index IP 68
Housing material Copolymer Polypropylene + HR HY
Cable 3 x 1 mmm² HR HY
Weight 495 g
Dimenssion Height : 200 mm - Diam : 92 mm
Ballast 350 g résine chargée 
Cable lenght 5, 6, 10,13, 15, 20, 25 et 30

Recommended accessories

ATMI

FIXCAB

Fixing accessory strongly recommended for all suspended floats

  • Avoid the risk of deterioration of the cable
  • Easy installation
  • Precise cable adjustment at all times
FIXCAB
 Technical data sheet - FIXCAB  (PDF 384Ko)
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