Technical Specifications For Operation In Hazardous Areas - Siemens SIPROCESS GA700 Compact Operating Instructions

Technical specifications

9.3 Technical specifications for operation in hazardous areas

Table 9-39 CALOMAT 7: Climatic conditions
Climatic conditions
Storage and transport
Max. permissible ambient temperature surround‐
ing the basic device during operation
Ambient humidity (relative humidity) during stor‐
age, transport or operation
Restriction for installing an ULTRAMAT 7 analyzer module (combined operation): 5 ... 45 °C (41 ... 113 °F)
1)
Avoid condensation on the installed components
2)
Table 9-40 CALOMAT 7: Gas connections
Gas connections
Connection fittings
Table 9-41 CALOMAT 7: Parts in contact with sample gases
Materials of wetted parts
Gas connection
Clamping rings and union nut (set)
Sample gas pipes
Sensor mounting block
Sensor
Gasket, contained in the sensor module
9.3 Technical specifications for operation in hazardous areas
The following tables show the data relevant to explosion protection. If the values specified below
deviate from the values of the general technical specifications, the specifications listed in this
section apply.
Compare the specifications in this section with the specifications in the section "General
technical specifications (Page 83)".
Note
Validity of technical specifications
The technical specifications for explosion-proof devices are only valid in combination with the
prototype test certificate. The technical specifications listed below are regarded as general. If
these values deviate from those of the prototype test certificate, the values of the prototype test
certificate apply.
96
- 30 ... +70 °C (-22 ... 158 °F)
0 ... 50 °C (32 ... 122 °F)
1)
< 90%
2)
Pipe diameter 6 mm (outer diameter)
Stainless steel (Material No. 1.4571)
Stainless steel (Material No. 1.4401)
Stainless steel (Material No. 1.4404)
Stainless steel (Material No. 1.4571)
Si, SiO
Perfluorelastomere FFPM
N , Au, epoxy resin, glass
x y
Compact Operating Instructions, 01/2022, A5E35134047-11
Devices in explosion-proof design