2635A-PRINT 120, 2635A-PRINT 230

Instruction Sheet

Loading Printer Paper

XWWarning

If the printer has been recently used, the print head may still be hot.

To allow continuous printing of Hydra scan data, Continuous Forms-type paper is recommended.

Load continuous forms paper as follows (see Figure 1):

1.Set the paper lever (located on the right-side) to its forward position to select “Continuous Forms”.

2.Move the bail arm lever (located on the left-side) forward to release bail arm pressure from the platen.

3.With the top-cover open, thread the continuous forms paper either in from the back, under the paper separator and down behind the platen, or up through the slot on the bottom of the Printer.

4.Raise the paper in front of the platen to a level above the Printer top.

5.If the paper has sprocket holes on the sides, adjust the spacing of the sprockets on the platen to fit the paper properly. For more details, see the User’s Guide on the included CD-ROM.

6.With the paper in the correct position on the platen and sprockets, move the bail arm lever back to press the bail arm against the paper.

7.Close the top cover, making sure to thread the paper up through the slot.

8.Using the platen knob, adjust the paper to the right starting position with the top edge of the paper above the bail arm.

9.Press the SELECT button on the front of the Printer to put it on-line. The light next to the SELECT button indicates the printer is online.

Connecting the Printer

The Printer connects directly to the Hydra’s RS-232C connector on the Hydra rear panel, using the supplied RS42 serial printer cable.

To simplify system setup, Printer default settings correspond to Hydra series instruments. No adjustments to these settings are necessary.

To set up the Printer:

1.Connect the larger 25-pin connector end of the RS42 serial printer cable to the serial interface connector on the Printer.

2.Connect the 9-pin connector end of the RS42 serial cable to the RS-232C serial connector on the rear panel of the Hydra.

3.Connect power cord to the rear of the Printer, and plug it into an appropriate power outlet.

4.Turn the Printer power on.

To set up the Hydra:

1.Check that the Hydra is set to 9600 Baud and No Parity (refer to the proper Hydra Users Manual for instructions). Use the SHIFT and LIST [COMM] buttons on the Hydra front panel to check and set if needed.

2.Set the Hydra for Autoprint mode. See the instructions below for the appropriate model:

•2635A Data Bucket

1.Press the SHIFT and FILES [MODE] buttons.

2.Select PRINT (or BOTH) Destination using up or down arrow keys.

3.Press ENTER.

4.Select ALL for the Mode.

5.Press the ENTER key again.

•2625A Data Logger

1.Press the SHIFT and PRINT [MODE] buttons.

2.Select PRINT (or BOTH) Destination using up or down arrow keys.

3.Press ENTER.

4.Select ALL for the Mode.

5.Press the ENTER key again.

6.Check that the PRN annunciator on the display is on.

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Fluke 2635A-PRINT 230 Loading Printer Paper, XWWarning, Connecting the Printer, 2635A Data Bucket, 2625A Data Logger
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2635A-PRINT 120, 2635A-PRINT 230 specifications

The Fluke 2635A-PRINT 230 and 2635A-PRINT 120 are advanced data loggers designed for professionals who need to monitor, record, and analyze temperature and voltage data with exceptional accuracy and reliability. These instruments are built to cater to a wide range of applications including environmental monitoring, equipment testing, and automation processes in labs, industries, and research facilities.

One of the standout features of the Fluke 2635A-PRINT models is their high-precision measurement capability. They offer a measurement resolution of up to 0.1°C for temperature and 0.01 mV for voltage, enabling users to detect even the smallest deviations in their measurements. This level of precision is essential in quality control processes and scientific research where even minor fluctuations can lead to significant consequences.

Both models come equipped with multiple channels for simultaneous data acquisition. The 2635A-PRINT 230 supports up to 30 channels, while the 2635A-PRINT 120 provides 12 channels. This flexibility allows users to monitor multiple points in their system concurrently, significantly improving the efficiency of data collection and analysis.

Data storage is another critical feature of the Fluke 2635A-PRINT series. The units offer a large internal memory capacity, capable of storing thousands of data points, making it easier for users to log extensive datasets over long periods. The intuitive interface and built-in printing capabilities enable users to generate immediate hard copies of their data, facilitating quick assessments and decision-making.

The Fluke 2635A-PRINT instruments also incorporate advanced connectivity options, including USB and RS-232 interfaces, allowing for straightforward integration with computers and other devices. Furthermore, their compatibility with Fluke’s software solutions enables in-depth data analysis, reporting, and visualization, which are vital for comprehensive assessments and recommendations.

Durability is a hallmark of Fluke products, and the 2635A-PRINT series is no exception. The rugged design and build quality ensure that the instruments can withstand industrial environments, minimizing the risk of damage during use.

In summary, the Fluke 2635A-PRINT 230 and 2635A-PRINT 120 are powerful, reliable, and versatile data loggers suited for various industrial and laboratory applications. With their high measurement precision, multi-channel capability, substantial data storage, advanced connectivity, and robust design, these instruments are engineered to meet the demanding requirements of modern data monitoring and analysis, providing users with confidence and accuracy in their measurements.
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