Siemens SIPROCESS GA700 Kompaktbetriebsanleitung Seite 223

Table 10- 20 OXYMAT 7: Parts in contact with sample gases
Materials of parts in contact with
sample gases
Sample chamber
Gas path
Sealing material
The high-temperature version of the analyzer module is not intended for installation in the rack unit.
1)
10.2.5 Technical data ULTRAMAT 7
Table 10- 21 ULTRAMAT 7: General technical specifications
General
Information on the smallest span
Max. power consumption
Weight (only module)
Electrical safety
Max. EMC error during operation with
one and/or two OXYMAT 7/
ULTRAMAT 7 units
The high-temperature version of the analyzer module is not intended for installation in the rack-mounted device.
1)
Table 10- 22 ULTRAMAT 7: Measuring ranges
Measuring ranges
Number of measuring ranges
Component that can
have parameters
assigned in the
measuring ranges
Devices in explosion-proof design
Compact Operating Instructions, 11/2019, A5E35134047-04
OXYMAT 7
Stainless steel:
Plates: Material No. 1.4571
•
Screw-in glands: 1.4404
•
Hastelloy:
Plates: Material No. 2.4602
•
Screw-in glands: Material No. 2.4819
•
Stainless steel:
Pipes: Material No. 1.4404
•
Gas connections: Material No. 1.4571
•
Hastelloy:
Pipes: Material No. 2.4602
•
Gas connections: Material No. 2.4819
•
ULTRAMAT 7
≤ 30 W
Max. 5.2 kg
Max. 4; parameters can be assigned freely
Component Smallest possible span
CO
CO
2
CH
4
10.2 General technical specifications
OXYMAT 7 high temperature
Stainless steel:
•
Hastelloy:
•
Stainless steel:
•
•
Hastelloy:
•
•
FKM (e. g. Viton) or FFKM (Kalrez 6375)
See module nameplate
In accordance with DIN EN 61010-1
1.0% according to EN 61326-1 (2013)
0 ... 10 ppm
0 ... 5 ppm
0 ... 50 ppm
Technical specifications
Plates: Material No. 1.4571
Plates: Material No. 2.4602
Pipes: Material No. 1.4404
Screw-in glands: Material No. 2.4819
Pipes: Material No. 2.4602
Screw-in glands: Material No. 2.4819
ULTRAMAT 7 high-temperature
≤ 120 W
Max. 7.2 kg
Largest possible span
0 ... 100%
0 ... 100%
0 ... 100%
1)
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