Control Company 4132 RTD PLATINUM THERMOMETER - Manual

PC SERIAL INTERFACE
This unit features computer output. A COMPUTER OUTPUT SOCKET (12, Fig. 1) is
located on the top of the unit. To utilize this feature, connect the unit to a PC with the
Data Acquisition Accessory (see “ACCESSORIES” section).
ALL OPERATIONAL DIFFICULTIES
If this thermometer does not function properly for any reason, please properly replace the
battery with a new 9V battery (see Battery section, below). Low battery power can oc-
casionally cause any number of “apparent” operational diffi culties. Replacing the battery
with a new fresh battery will solve most diffi culties.
BATTERY REPLACEMENT
When
appears on the display, erratic readings appear, there is a faint display
or no display–these are all indicators that the battery is low and needs to be replaced. To
replace the battery, remove the battery cover located on the back of the unit (8, Fig. 1)
by using a coin to slide the cover away from the unit. Insert a new 9V battery (alkaline).
Incorrectly installed batteries may damage electronics. Replace the battery cover.
CONTROL COMPANY
4455 Rex Road
Friendswood, Texas 77546 USA
Ph. 281-482-1714 Fax 281-482-9448
E-mail [email protected] www.control3.com
Control Company is ISO 9001 Quality-Certified by DNV and ISO 17025 accredited as a Calibration Laboratory by A2LA.
Cat. No. 4132
Traceable® RTD Platinum Thermometer Instructions
92-4132-00
Rev. 2 040909
Traceable® is a registered trademark of Control Company
© 2009 Control Company
TRACEABLE® RTD PLATINUM THERMOMETER INSTRUCTIONS
ACCESSORIES
Bonus Free Disk: This demonstration disk shows the data acquisition capabilities of
this digital product when connected to a computer. See Cat. No. 4136 below to order
complete Data Acquisition System.
Cat. No. 4138 Easy-Use Accessory Adaptor 115 VAC
Cat. No. 4136 Data Acquisition System Accessory Powerful and easy to use computer
data capture/data logging program works with Traceable
® Instruments with computer
output. Records interval readings from 1 to 10,000 seconds; displays minimum/maximum
readings; and utilizes an alarm mode that permits the user to be notifi ed visually, audibly,
and by email when an alarm is triggered. Data is stored to a fi le that can be printed in
any report or spreadsheet format. Networking server/client capability allows the captured
data to be monitored on a remote workstation and/or by email. It is designed to work with
Windows
® 98/Me/NT/2000/XP/Vista. Includes a CD, a 6-foot cable (supplied USB and se-
rial connections) that plugs into the instrument and computer. Accessory extension cables
expand cable length to 300 feet.
Cat. No. 4325 Data Logger Complete DAS–4 System captures and stores up to 8000
bytes (over 1000 readings) from all meters. Reading may be taken at intervals from 1
second to 99 hours. Stored readings may be downloaded to any PC and viewed. Can be
read “as is” or imported to spreadsheets, databases, and statistical programs. Supplied
with 36-inch serial cable with D9F computer plug, disk (Windows 95, Windows 98), and
four AA alkaline batteries. Size is 5 x 3 x 1 inches. Weight is 7 ounces.
Cat. No. 4326 Accessory Adaptor 115 VAC for Data Logger
Cat. No. 4012 Battery Replacement
WARRANTY, SERVICE, OR RECALIBRATION
For warranty, service, or recalibration, contact:
SPECIFICATIONS
Display: LCD, ½” digits
Meter Range: –328 to 1472 °F (–200 to 800 °C)
Probe Range: –58 to 752 °F (–50 to 400 °C)
Accuracy: ±(0.1% + 0.2°) below 200° and ±(0.15% + 0.5°)
Power: 9V battery
Size: 7 x 3 x 1-1/4 inches
Accessories Platinum probe, battery,
Supplied: Traceable ® Certifi cate and instructions.
Description:
1 Display 5 Recall Button 9 Input Socket
2 HOLD Button 6 0.1°/0.01° Button 10 PT 100 ohm Temp. Probe
3 Record Button 7 Power Switch 11 Probe Plug
4 °C/°F Switch 8 Battery Cover 12 Computer output terminal
OPERATION
1. Turn on the unit by sliding power switch (7, Fig. 1) to “ON” position.
2. Press the °F/°C Button to select desired temperature unit (4, Fig. 1).
3. Select desired resolution by pressing 0.1°/0.01° Button (6, Fig. 1).
4. Connect the Probe Plug (11, Fig.1) to the input Socket (9, Fig. 1). The display will
show the temperature from the tip of the probe.
5. Press the HOLD button (2, Fig. 1) once to “freeze” the display at the current tempera-
ture reading. “HOLD” appears on the upper portion of the display indicating that the
unit is in hold mode. Press the HOLD button again to release the reading.
6. The data record function captures the maximum and minimum readings. To begin,
press the RECORD button (3, Fig. 1) once. “RECORD” appears in the upper portion
of the display.
7. While in record mode, press the RECALL button (5, Fig. 1) once. “MAX” appears on
the display indicating the temperature shown is the maximum value recorded.
8. Press the RECALL button a second time, and “MIN” appears on the display, indicating
that this is minimum value recorded.
9. To exit the record mode, press the RECORD button once again.
The display will show the current reading.