AEMC K2000F User manual

K K
THERMOMETER K2000F
2000
200
OFF
INSTRUMENTS
˚F
1 6 5 . 5
Battery
Test
F˚
n DIGITAL THERMOMETER
n TEMPERATURE PROBE
K2000F
ST2-2000
ENGLISH User Manual

Limited Warranty
The Thermometer Models K2000F and ST2-2000 are warranted to the
owner for a period of 2 years from the date of original purchase against
defects in manufacture. This limited warranty is given by AEMC® Instru-
ments, not by the distributor from whom it was purchased. This warranty
is void if the unit has been tampered with, abused or if the defect is
related to service not performed by AEMC® Instruments.
What AEMC® Instruments Will Do: If a malfunction occurs within the 2
year period, you may return the instrument for repair or replacement free
of charge, provided we have your REGISTRATION CARD on file. AEMC®
Instruments will, at its option, repair or replace the faulty material.
Note: If a registration card is not on file, we will require a dated proof of
purchase as well as your REGISTRATION CARD accompanied by the
defective material.
What You Must Do: First request a return authorization form by phone
or by fax from AEMC® Instruments, then return the instrument along with
the signed authorization repair form. Return material, postage pre-paid
to:
Chauvin Arnoux®, Inc.
d.b.a. AEMC® Instruments
Service Department
15 Faraday Drive
Dover, NH 03820 USA
Tel: [phone] (X520)
[phone] (X520)
Fax: [phone]
Caution: To protect against in-transit loss, we recommend you insure
your returned material.
For full warranty coverage, please read the Warranty Card which is
affixed to the Warranty Registration Card. Please keep the Warranty
Card with your records.

Table of Contents
1. Description ........................................................................................3
2. Ordering Information .........................................................................4
3. Specications....................................................................................5
Digital Thermometer Model K2000F .............................................5
Temperature Probe Model ST2-2000............................................5
Linearity Correction Curve ............................................................6
4. Operation ..........................................................................................7
5. Battery Replacement ........................................................................7
6. Sensors And Probe Extensions ........................................................8
General Notes ...............................................................................8
Isolation....................................................................................8
Sensor Response Time............................................................8
Temperature Range .................................................................8
Sensor Classications..............................................................8
Sensors .........................................................................................9
Needle Sensor SK1 .................................................................9
Formable Sensor SK2..............................................................9
Semi-rigid Sensor SK3.............................................................9
Surface Sensor SK4 ................................................................9
Surface Sensor SK5 ..............................................................10
Supple Sensor SK6................................................................10
Air Sensor SK7 ......................................................................10
Extension Leads ....................................................................11
Probe Extension CK1.............................................................11
Probe Extension CK2.............................................................11
Probe Extension CK4.............................................................11
Repair And Calibration ..........................................................................12
Technical Service ..................................................................................12

Digital Thermometer Model K2000F and Temperature Probe Model ST2-2000 3
1. DESCRIPTION
The Digital Thermometer K2000F enables measurement of temperatures
from -58°F to +1999°F using type K (Nickel-Chrome/Nickel-Aluminum)
thermocouples.
The Temperature Probe Model ST2-2000 enables the user to measure
temperatures with any multimeter with mV DC input.
Temperature range from -58°F to +1999°F using type K (Nickel-Chrome/
Nickel-Aluminum) thermocouples.
1. Needle Sensor
2. 3 1/2 digit (2000 cts) LCD (13mm)
3. Range Switch:
2000, 200, OFF
4. Housing - Index Protection IP50
5. LED Battery Test
6. ON/OFF Push Button
A range of 6 specialized sensors and interchangeable probe extensions
are available to enable you to adapt the K2000F and ST2-2000 to suit your
own requirements (see Section 6).
K K
THERMOMETER K2000F
2000
200
OFF
INSTRUMENTS
˚F
1 6 5 . 5
Battery
Test
F˚
ST2-2000
K2000F
2
1
5 6 4
3

4 Digital Thermometer Model K2000F and Temperature Probe Model ST2-2000
2. ORDERING INFORMATION
K2000F Digital Thermometer ............................................ Cat. #6521.01
(2000 count, -58°F to 1800°F)
ST2-2000 Temperature Probe ........................................... Cat. #6526.01
(1mV/°F, -58°F to 1800°F)
ACCESSORIES
SK1 Needle Temperature Probe.......................................... Cat. #6529.01
(-58°F to 1472°F - Length = 5.9”)
SK2 Flexible Temperature Probe ......................................... Cat. #6529.02
(-58°F to 1832°F - Length = 39”)
SK3 Semi-rigid Temperature Probe ..................................... Cat. #6529.03
(-58°F to 1832°F - Length = 19.6”)
SK4 Surface Temperature Probe......................................... Cat. #6529.04
(-32°F to 482°F - Length = 5.9”)
SK5 Surface Temperature Probe......................................... Cat. #6529.05
(-58°F to 932°F - Length = 5.9”)
SK6 Supple Temperature Probe.......................................... Cat. #6529.06
(-58°F to 545°F - Length = 39”)
SK7 Air Temperature Probe................................................. Cat. #6529.07
(-58°F to 482°F - Length = 5.9”)
CK1 1M Extension Temperature Probe ............................... Cat. #6529.09
CK2 2M Extension Temperature Probe ............................... Cat. #6529.10
CK4 4mm Extension Temperature Probe ............................ Cat. #6529.14

Digital Thermometer Model K2000F and Temperature Probe Model ST2-2000 5
3. SPECIFICATIONS
Digital Thermometer Model K2000F
Range: -58° to 199.9°F (0.1° resolution)
200° to 1999°F (1° resolution)
Accuracy: -58°F to +14°F: 5°F max plus linearity
+14°F to 60°F: 3°F
60°F to 110°F: 2°F
110°F to 1850°F: 1% R ± 2°F plus linearity
1850°F to 1999°F: 2% R plus linearity
Operating Temperature: 32°F to 122°F (0°C to +50°C)
Inuence of Temperature:
± 1°C/10°C in reference range 68°F to 122°F (20°C to 50°C)
(± 0.3% reading in other ranges)
Common Mode Rejection Rate:
Up to 380V (50/60Hz) at thermocouple. No effect on the measurement.
Dielectric Strength:
4000V AC applied between thermocouple connector and the case.
Display: 3 1/2 digit LCD; 0.5” (13mm)
Input: Standard type K (subminiature SMP connector)
Power Supply: 9V battery
Battery Life: 600 hour typical; low battery display on LCD
Dimensions: 6.1 x 2.09 x 1.18” (150 x 53 x 30mm)
Weight: (6.4 oz.) 180 g.
Thermocouple (supplied):
Stainless steel needle probe K-type Model SK1 (-60°F to 1850°F)
Temperature Probe Model ST2-2000
Range: -60° to 1999°F
Accuracy: -58°F to +14°F: 5°F max plus linearity
+14°F to 60°F: 3°F
60°F to 110°F: 2°F
110°F to 1850°F: 1% R ± 2°F plus linearity
1850°F to 1999°F: 2% R plus linearity
Operating Temperature: 32°F to 122°F (0°C to +50°C)
Inuence of Temperature:
± 1°C/10°C in reference range 68°F to 122°F (20°C to 50°C)
(± 0.3% reading in other ranges)

6 Digital Thermometer Model K2000F and Temperature Probe Model ST2-2000
Common Mode Rejection Rate:
Up to 380V (50/60Hz) at thermocouple. No effect on the measurement.
Dielectric Strength:
4000V AC applied between thermocouple connector and the case.
Output: 1mV DC/°F
Input: Standard type K (subminiature SMP connector)
Power Supply: 9V battery
Battery Life: 15,000 - 10s measurements; red LED for low battery
Dimensions: 6.1 x 2.09 x 1.18” (150 x 53 x 30mm)
Weight: (7 oz.) 200 g.
Lead: 5 ft. (1.5m) lead with shielded 4mm banana plugs
Thermocouple (supplied):
Stainless steel needle probe K-type Model SK1 (-60°F to 1850°F)
Linearity Correction Curve
This curve gives the value that is necessary to add to the reading, in order
to take variations due to non-linearity into account.
Example: Reading: +1100°F Linearity Correction: -5°F
Corrected Reading: 1100°F ± 1% ± 2°F = ± 13°F
1100°F - 5°F = 1095 ± 13°F
-10
-50
32
100 200 300 400 500 600 700 800 900
1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000
-5
0
De
g
. F
Dt in Deg. F
5
10
15
20
25

Digital Thermometer Model K2000F and Temperature Probe Model ST2-2000 7
4. OPERATION
• Select the range required: up to +200°F or +2000°F for Model K2000F
or select mV input for Model ST2-2000.
• Make sure that the sensor connected is suitable for the measurement
about to be taken.
• Position the sensor at the point of measurement.
• Wait a few seconds for the sensor to stabilize (refer to sensor response
time in Section 6).
• Check the reading when the indication settles.
The body of the thermometer must be kept within the temperature
range 32°F to 122°F (0°C to +50°C).
5. BATTERY REPLACEMENT
• The 9V battery is accessible through the back of the instrument.
• Unscrew and remove the rear half of the case.
• Replace the battery and put the case back together.
Always disconnect the sensor from the thermometer before open-
ing the case.

8 Digital Thermometer Model K2000F and Temperature Probe Model ST2-2000
6. SENSORS AND PROBE EXTENSIONS
General Notes
ISOLATION
The thermocouple is incorporated into the extreme tip of each of the sen-
sors described in this booklet. The thermocouple is solid with the body of
the sensor.
SENSOR RESPONSE TIME
The response time of a thermocouple is the time taken for it to settle to a
new value after the introduction of a temperature step. For a thermocouple
plugged into a medium having a high caloric value, good thermal conduc-
tivity and good thermal contact, the response time should be extremely
short (intrinsic response time). If the thermal medium is unfavorable (e.g.
calm air) the actual response time could attain 100 times or more of the
thermocouple itself. Values for the K2000F and ST2-2000 sensors have
been established under the following conditions:
• For supple and auto-grip surface sensors in contact with a polished
stainless steel plate coated with silicon grease.
• For the air sensor, in agitated air (1 m/s).
• For the other sensors, by immersion in agitated water at 194°F (90°C)
(agitation speed: 0.3 to 0.5 m/s).
TEMPERATURE RANGE
The temperature range for each sensor is given for use in chemically neu-
tral environments. The introduction of a sensor into a corrosive medium
could shorten its life or limit recommended working range.
SENSOR CLASSIFICATIONS
K type thermocouple sensors are either Class I or II (according to stan-
dard NF C 43-322). Class I is denominated reduced tolerance and Class
II standard tolerance.
CLASS I ± 3°F (1.5°C) ± 0.4% reading
CLASS II ± 5°F (2.5°C) ± 0.75% reading
-40°F 32°F 626°F 707°F 1652°F

Digital Thermometer Model K2000F and Temperature Probe Model ST2-2000 9
Sensors
Needle Sensor SK1
Working Range: -58°F to 1472°F (-50°C to 800°C)
Time Constant: 1 second
Length: 5.9”
Class: II (NF C 42-322 standard)
Bevelled tip needle sensor for insertion into pastes, fats, liquids etc. The tip
of the sensor must be inserted at least .79” (20mm).
Formable Sensor SK2
Working Range: -58°F to 1832°F (-50°C to 1000°C)
Time Constant: 2 seconds
Length: 39”
Class: II (NF C 42-322 standard)
This sensor can be formed to suit most needs. Curvature must never be
less than twice the diameter of the sensor shank. This sensor comprises
a stainless steel sheathed thermocouple, it can resist corrosion in a great
number of hot liquids and gases.
Semi-Rigid Sensor SK3
Working Range: -58°F to 1832°F (-50°C to 1000°C)
Time Constant: 6 seconds
Length: 19.6”
Class: II (NF C 42-322 standard)
This sensor comprises a sheathed thermocouple (same as SK2), but it
does not bend as easily. Though, it does allow enough exibility to reach
some of the more awkwardly placed measuring points.
Surface Sensor SK4
Working Range: -32°F to 482°F (-0°C to 250°C)
Time Constant: 1 second
Length: 5.9”
Class: II (NF C 42-322 standard)
The tip is particularly well adapted to point measurement on small sur-
faces: electronic components, radiators, solar panels, heat exchangers,
etc. Hold the probe perpendicular to the surface to ensure good contact.
The surface should be at. Change the position of the probe slightly if
necessary to obtain the highest reading. The use of silicon grease can
improve the contact quality.

10 Digital Thermometer Model K2000F and Temperature Probe Model ST2-2000
Surface Sensor SK5
Working Range: -58°F to 932°F (-50°C to 500°C)
Time Constant: 1 second
Length: 5.9”
Class: II (NF C 42-322 standard)
This sensor, for at surfaces, is tted with a spring loaded tip which per-
mits good contact, even if the sensor is not exactly perpendicular to the
surface. The use of silicon grease improves the quality of contact.
Supple Sensor SK6
Working Range: -58°F to 545°F (-50°C to 285°C)
Time Constant: 1 second for contact measurement
3 seconds for ambient air measurement
Length: 39”
Class: I (NF C 42-322 standard)
This supple sensor is both thin and long. It is recommended for measure-
ment areas that are difcult to reach. It must not be used with liquids
because the tip is not water resistant. It has a Kapton sheath (derived from
Teon).
Air Sensor SK7
Working Range: -58°F to 482°F (-50°C to 250°C)
Time Constant: 5 seconds
Length: 5.9”
Class: I (NF C 42-322 standard)
Suitable for all ambient air measurement. The extremely small sensitive
element is protected by a metallic shroud. During measurement in still air
conditions, it is recommended that the probe should be waved from side
to side, or up and down if you prefer.

Digital Thermometer Model K2000F and Temperature Probe Model ST2-2000 11
Extension Leads
Probe Extension CK1
Resistance: 4Ω / meter
Dielectric Strength: 1000V AC
A probe extension which conforms to NF C 42-324 standard. The thermo-
sensitive material of the extensions differs from the K type thermocouples
of the sensors. It does however, possess the same electrical characteris-
tics within the working range: -13°F to +194°F (-25°C to +90°C). In other
words, the extensions are thermo-compensated.
Never use ordinary cable to connect a sensor to the probe.
Probe Extension CK2
Identical characteristics to CK1, except this extension has bared wires at
one extremity, permitting it to be connected to the screw terminals of sen-
sors already in position For example, it could be employed with sensors
which are installed in an oven.
Probe Extension CK4
Specications are the same as the CK1. This extension lead is equipped
with 2 insulated banana plugs (4mm) for connection to multimeters pro-
vided with a temperature range (type K thermocouples), thus enabling
connection of the SK1 to SK7 sensors range.
The black plug corresponds to the thermocoupler “–”
and the red to “+”.

12 Digital Thermometer Model K2000F and Temperature Probe Model ST2-2000
Repair and Calibration
To guarantee that your instrument complies with the factory specications,
we recommend that the unit be submitted to our factory service center at
one-year intervals for recalibration, or as required by other standards.
For instrument repair and calibration:
Call [phone] • [phone] • Fax: [phone]
Chauvin Arnoux®, Inc.
d.b.a. AEMC® Instruments
15 Faraday Drive
Dover, NH 03820 USA
(Or contact your authorized distributor.) Estimates for repairs, normal reca-
libration, and calibration traceable to N.I.S.T. are available.
Note: All customers must call for an authorization number before
returning any instrument.
Technical and Sales Assistance
If you are experiencing any technical problems, or require any assistance
with the proper use or application of this instrument, please call our techni-
cal hotline:
Chauvin Arnoux®, Inc.
d.b.a. AEMC® Instruments
Phone: [phone]
[phone]
Fax: [phone]
www.aemc.com

08/18
99-MAN 100248 v2
Chauvin Arnoux®, Inc. d.b.a. AEMC® Instruments
15 Faraday Drive • Dover, NH 03820 USA • Phone: [phone] • Fax: [phone]
www.aemc.com