6100CR Refrigerated Sampler - Isco

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6100CR Refrigerated Sampler Section 1 Introduction C K D G B F E H A I J Figure 1-5 Flow Diagram for the 6100CR 1.4.13 Operating Principles A 1 /4" O.D. sample line is connected to the bleach operation effluent pipe, either alkaline or acidic, (A). Customer-supplied valve (B) is used to shut down flow to allow maintenance and service of 6100CR and associated system components. The primary filter (C) is in-line to remove any solid material from the liquid flow that could cause clogging in the sampler. This filter is of the type that can be disassembled and cleaned periodically. Regulator (D) is used to throttle down the pressure from the sample line, which can be as high as 120 psig, to a rate that allows the sampler to fill the vials at 2 ml/second. Sample valve (E) depending on its position either sends sample to the sampler or in the case of a purge, to the drain. This rate is set by adjusting the regulator in the sampler’s Calibrate step. The ballast coil (F) allows for cooling of the sample, which may leave the effluent pipe at temperatures as high as 185°F (85°C). The ballast coil is installed inside the refrigerator, (G) which supplies the cooling for the sample line, as well as for the stored samples. Cooled sample is injected into bottles by the sample needle (H). The valve (I) is automatically opened and closed by the sampler mechanism for the filling process and to preclude contamination of the bottled sample once it is collected. The bottle (J) along with 24 others in the rack are then taken to a lab for analysis. There is a screen-filter (K) located at the inlet to regulator D to catch any material that might escape from the filter C. 1-12
6100CR Refrigerated Sampler Section 1 Introduction General Table 1-1 Isco 6100CR Cluster Rule Sampler Specifications Height 47 in. 117 cm Width 26 in. 66 cm Depth 26 in. 66 cm Weight (Dry) 190 lb. 86 kg Refrigerator Body Material Power Requirements Fiberglass-reinforced plastic with UV-resistant gel coat. 120 Volts, 60 Hz Operational Temperature Range 32° to 120° F 0° to 50° C Controller Enclosure Rating Interfacing Diagnostics Clock Accuracy Sample Collection Sample (Vial) Volume Vial Capacity Rinse Cycles Sample Frequency Time Mode Flow Pacing Sample Pacing Multiplexing Sample Line Self-certified NEMA 4X and IP67 6-pin connector; data output at 2400 baud in ASCII RS-232 format allows transfer of Program Settings Report, Sampling Results Report, and history log. Compatible with Isco Samplink software. Tests RAM, ROM, all mechanical drives, display, flow meter interface, and printer interface. 1 minute per month typical 40 ml (fixed volume) 24 vials with Teflon valves 1 vial reserved as blank for procedural use. All wetted surfaces automatically rinsed prior to each sample collection 15 minutes to 99 hours 59 minutes, in one minute increments. Selectable, 1-9,999 pulses in single pulse intervals. Time or flow. Flow mode paced by pulses from an external flow meter. Multiple vial per sample event only. As many as 24 vials can be filled by one sample initiation. TPE Teflon lined tubing Sample Source Pressure Minimum 15 psi Maximum 120 psi Sample Source Temp. Sample Filter Sample Pre-cooling 85°C Maximum Stainless steel in-line cartridge style. 125 ml capacity Sample pre-cooled to 25°C (for 85° sample source, 40° ambient temperature, and 2-hour sampling interval ). 1-13
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Compliance Statements Teledyne Isco
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