Suez Sievers 860 Скачать руководство пользователя страница 2

Figure 3 - Locate DI Water Cartridges

Figure 5 - DI Water Cartridge

Figure 2 - Route the Waste Lines

2.  Connect the end of the tubing with the SwageLok fitting to the 

GAS 

INLET

 port, located on 

the back of the Analyzer 

(Figure 1). Tighten the 

fitting until it is finger-

tight, and then tighten an 

additional 1/4 turn using a 

7/16" open-ended wrench.

3.  Connect the other end 

of the tubing to the gas 

source.

Step 5 

Connect the outlet 

ports.

The 

LIQUID WASTE

 outlet and 

GAS LIQUID WASTE

 outlet are located on the back of the Analyzer 

(Figure 2). Both may be routed to the same waste container, however, the 

GAS LIQUID WASTE

 line MUST be kept free from submerging in any liquid 

to prevent liquid from being drawn back into the Analyzer. Routing the lines 

through a waste container and lid with a hole allows you to anchor the 

GAS 

LIQUID WASTE

 line higher in the bottle—completely clear from any liquid 

waste.
1.  Locate the two flexible tubing sections, each 100 cm long, in the 

accessories kit.

 

2.  Take one tubing section and connect one end to the 

LIQUID WASTE

 

port. Push the tubing onto the barbed fitting.

3.  Route the other end of the tubing to the waste container, placed 

within 90 cm of the Analyzer. The end of the tubing should extend to 

the bottom of the container.

4.  Take the other tubing section and connect one end to the 

GAS 

LIQUID WASTE

 port. Push the tubing onto the barbed fitting.

5.  Route the other end of the tubing to the waste container. The end 

of the tubing should extend to approximately the top third of the 

container. 

Note

: To avoid drawing liquid back into the Analyzer, make 

sure the vent line is never submerged in the liquid waste inside the 

container.

 Step 6 

    

Fill the DI water cartridge. 

1.  Fill the squeeze bottle (provided in the accessories kit) with DI water.
2.  Remove the left side panel of the Analyzer and locate the DI water 

cartridge. (Figure 3).

3.  Lift the spring clip at the top of the DI water cartridge, and then rotate 

the cartridge clockwise (as viewed from the top) 

to slide it out of the retaining hooks. (Refer to 

Figures 4 and 5 as needed for steps 3-8.)

4.  Use the John Guest

®

 tool to remove the John Guest fittings labeled 

“B” and “D” from the barbs on the top of the DI water cartridge.

5.  Install fitting B onto barb D.
6.  Remove the rubber inlet cover from the top of the DI water 

cartridge.

7.  Slide the water bottle nozzle into the inlet hole. Fill the cartridge until 

water reaches the FULL line.

8.  Replace the rubber inlet cover.

Prime the DI Water Pump

1.  Connect the power cord to the Analyzer.
2.  Turn the Analyzer 

On.

 The DI water pump will start in 20-30 

seconds.

3.  Check for large air bubbles in all the tubing that connects to 

the DI water cartridge. If large air bubbles are present, tap or 

manipulate the tubing to work the air bubbles out.

4.  Keep the Analyzer powered 

On

 for two minutes, and then turn 

the Analyzer 

Off

.

5.  Wait 30 to 60 seconds and then turn the power 

On

 again. Allow 

the DI water pump to circulate water for at least 10 minutes.

6.  Check the tubing that leads to the DI water cartridge. Most of 

the air originally in the tubing should be replaced with water. If 

more than a few small bubbles remain, turn the Analyzer 

Off 

and 

repeat step 5.

7.  Turn the Analyzer 

Off

.

8.  Remove fitting B from barb D.
9.  Re-connect fitting B to barb B, and fitting D to barb D.
10.  Slide the DI water cartridge into the bracket and rotate it into the 

retaining clip until it snaps into place.

11.  Inspect the FULL line on the DI water cartridge. If needed, add 

more DI water.

12.  Replace the left side panel.

 Step 7 

                  Install external devices.

1.  To communicate with the DataPlus software, connect the Analyzer 

to your computer or computer network. Attach one end of the 

Ethernet cable to the Ethernet port located on the back of the 

Analyzer. Attach the other end of the cable either to an Ethernet 

port on your computer or to a connection to your computer network.

2.  Install a Printer (Optional). 

You can connect a printer to the USB 

port located on the back of the Analyzer. Refer to the 

Sievers 

860 Laboratory TOC Analyzer Operation and Maintenance 

Manual

 for complete details.

 Step 8 

                    Install the DataPlus Software.

Refer to the 

Sievers 860 Laboratory TOC Analyzer Operation 

and Maintenance Manual 

for complete details.

Step 8 A

               Run the DataPlus Software installation program on 

the computer.

The program installs to a default "DataPlus" location on the C: 

drive. We recommend against installing the application in the 

computer’s 

Programs

 folder.

Step 8 B

  Power 

On

 the Analyzer.

Step 8 C

  Obtain the IP address.

The Analyzer can connect to the computer through a network 

using a dynamic IP address (default) or a static IP address. 

Figure 4 - Remove John Guest Fitting

2

DQS 79000-03 EN Rev. A

"D" Fitting

"B" Fitting

Gas/Liquid  

Waste Outlet  

Port

Liquid Waste 

 Outlet Port

Gas/Liquid

Waste Line

Liquid 

Waste Line

Содержание Sievers 860

Страница 1: ...rotection when using compressed gases to avoid possible eye injury If the Analyzer is used with compressed gases the pressure of the gas at the gas inlet must not exceed 200 psig 1379 kPa Use only CO2 free air or nitrogen Use only regulators designed for use with the selected gas Store compressed gases in accordance with all safety codes Before connecting the Sievers Autosampler RT12 to the Analyz...

Страница 2: ...idge 7 Slide the water bottle nozzle into the inlet hole Fill the cartridge until water reaches the FULL line 8 Replace the rubber inlet cover Prime the DI Water Pump 1 Connect the power cord to the Analyzer 2 Turn the Analyzer On The DI water pump will start in 20 30 seconds 3 Check for large air bubbles in all the tubing that connects to the DI water cartridge If large air bubbles are present ta...

Страница 3: ... and the base of the rack is flush with the Sievers Autosampler RT12 Figure 6 Step 10 D Install the sample tubing 1 Locate the end of the sample tubing with the PEEK fitting with yellow ferrule Attach it to the Sample port on the Autosampler and then tighten finger tight Figure 7 2 Route the sample tubing from the Autosampler to the Analyzer Secure the tubing against the Analyzer to ensure that th...

Страница 4: ...oes not make contact with the needle guide Reduce the Needle Down Depth if either of these conditions are not met 5 If adjustment is needed in the Needle Down Depth area use the Depth up and down arrows to adjust the needle depth 6 Click the Set button to store the new setting 7 Check your results by disconnecting DataPlus from the Analyzer To do this press the Disconnect button 8 Cycle power on t...

Страница 5: ...ich case the user may be required to take adequate measures to correct the interference To avoid false TOC readings and possible damage to the Analyzer always make sure the sample inlet is open and the DI water cartridge is filled before starting analysis The glass window in the UV reactor indicates proper lamp operation and should not be viewed too closely closer than 6 inches or for extended per...

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