Cameron CLIF MOCK CMC-250 사용자 설명서 - 페이지 7

{카테고리_이름} Cameron CLIF MOCK CMC-250에 대한 사용자 설명서을 온라인으로 검색하거나 PDF를 다운로드하세요. Cameron CLIF MOCK CMC-250 12 페이지. Circulating system

Description

The CMC-250 Circulating System is designed in accordance with API 8.3, to collect, store, and

mix sampled product from a sampling device such as the True-Cut C sampler.

The system consists of a stainless steel ASME code stamped receptacle with a quick-release

lid, a 1/2-hp explosion proof motor, a circulating pump, and a stainless steel in-line static

mixer, all mounted on an epoxy-coated steel skid. The receptacles are available in 5- and 10-

gallon sizes. Systems are available for standard duty, severe duty, and offshore applications.

1. Position the CMC-250 Circulating System upright and as close to the sampler device as

possible.

2. Confirm that the piping connections slope downward from the sampling device into the

receptacle.

3. Connect the drain valve to a sump or back into the pipeline.

NOTE: Pipeline pressure must be less than 100 psi when returning collected sample back into

the pipeline.

4. Install the ON/OFF Switch (supplied by customer) near the CMC-250 Circulating

System.

5. Check all electrical connections. All field wiring must conform to the National Electric

Code, NFPA 70. Local wiring ordinances may also apply. This equipment is for use in

non-classified areas only.

6. The motor is wired to turn in a counterclockwise direction at the factory. Refer to field

wiring instructions on the back of the electrical cover on the motor.

Perform the following steps before operating the CMC-250 Circulating System. Components

are identified by item number in the assembly drawing and Bill of Materials on page 3.

1. Ensure that the motor is OFF.

2. Secure the quick-release cover.

3. Close the drain valve (item 13B).

4. Close the sample draw-off valve (item 8).

5. Open the pump isolation valve (item 13C) and the recirculation valve (item 13A).

6. Close the drain valve (item 13B).

CMC-250 Circulating System

December 2006