Thermo Scientific SOLA II Flare, User Manual

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Chapter 1
Product Overview
Thermo Scientific SOLA II Flare User Manual 1-11
System
Requirements
Table 1-4.
Ambient
Temperature 54 to 104°F (12 – 40°C) Ingress Protection: IP-51 / dustproof and dripping
water
Power 110 Vac (optional 220 Vac), 50/60 Hz at 2000 watts /±10 volts
20-amp circuit recommended; 17 amps maximum during warm-up cycle; 7-8
amps once achieving operational temperatures
Available
Certifications CSA/NRTL Class 1, Division 2, Group B, C & D (standard) CSA/NRTL Class 1,
Division 1, Group B, C & D (optional)
System Configuration Dimensions:
44”H x 26”W x 18"D
1118H x 660W x 457D mm
Weight:
250 lbs (estimated)
114 kg (estimated)
Site Requirements
The customer is responsible for installation of the analyzer system including all
sample, vent, utility electrical and signal connections. The installation should
be completed prior to a Thermo Scientific service technician’s arrival at the
analyzer location.
Table 1-5.
Analyzer Sample
Vent No backpressure may be applied and the PUVF Detector sample vent – the
vented gases will contain CO
2
, H
2
O and high levels of SO
2
.
Sample The suggested sample input pressure is dependent upon the type of sample
and therefore is application dependent. For most flare applications the
sample delivered to the SOLA II Flare needs to be in the 25-30 psig range.
Carrier & Auxiliary
Air Air Carrier Gas (Zero grade air)
Minimum input pressure is 80 psig. The air used as a carrier gas must be
clean, dry and sulfur free. Cylinder air is recommended to obtain this quality.
Consumption is 250-300 cc/min.
Instrument Air
(Operational) Minimum input pressure 60 psig. The instrument air must be clean, dry and
oil free. Instrument air is required for both the cabinet purge and the μl
injection valve. Consumption is 6-7 SCFM.
Nitrogen (Sweep
Gas) Minimum input pressure 60 psig. The nitrogen must be clean, dry and oil
free. nitrogen is required for sweeping the unused valve only. Consumption –
when required.
Power 120 Vac - 50/60 Hz
The power supply to the analyzer system should be stable within ±10 volts