EMC standards EMI (interference signal): EN55011;1998, EN61326-1;1998+A1 (Class B, Group 1)
EMS (immunity): EN50082-1;1997, EN61326;1998+A1
Compliance with standards
HH83 Thermo-collector
Thermistor model
External thermistor -30C to 200C [-22F to 392F]
Built-in thermistor -20C to 50C [-4F to 122F]
Thermal emission (external probe) -20C to 400C [-4F to 752F]
Software, two AA-size alkaline dry batteries (LR6), a waterproof cover, an instruction manual, and Type K beaded wire T/C
HH84 Thermo-collector
Thermocouple model
Thermocouple Ty pe K : -200C to 1372C [-328F to 2501.6F]
Ty pe J : -200C to 1000C [-328F to 1832F]
Ty pe E : -200C to 700C [-328F to 1292F]
Ty pe T : -200C to 400C [-328F to 752F]
Thermal emission -20C to 400C [-4F to 752F]
Voltage input 100 mV, 1 V
1
(Selectable from 3 channels)
One channel is provided for each of the external thermistor probe, built-in thermistor sensor, and external non-contact probe.
2
(when A and B channels are used for thermocouple or voltage input)
1 (when D channel is used with the non-contact probe)
External thermistor: 0.1C
Built-in thermistor: 0.1C
External thermistor B u i l t - i n t h e rmistor
Te mperature range (T) Accuracy Temperature range (T) Accuracy
-30C T < -20C 1.0C -20C T 0C 1.0C
-20C T 0C 0.4C 0C T < 40C 0.8C
0C < T < 100C 0.3C 40C T 50C 1.0C
100C T < 150C 0.4C
150C T 200C 0.7C
Collector mode or Logging mode
Collector mode: 1 second or longer
Logging mode: 1 second to 24 hours
Maximum, minimum, and average Maximum, minimum, and average
Reading of difference between the 2 channels is possible.
None
5000 data items when used in collector mode only.
20000 data items when used in logging mode only.
Measurement data obtained in collector mode and logging mode
can coexist.
Conforms to IP54 standards (dust-proof and drip-proof requirements of IEC529)
LCD with backlight
-20C to 50C, 20 to 80% RH (no condensation)
Two AA-size alkaline dry batteries (LR6) (included)
Conforms to EIA RS-232C standard.
None
A maximum of 10, each comprising up to 8 alphanumeric characters
A maximum of 32, each comprising up to 8 alphanumeric characters
Upper- and lower-limit alarms
CPU: i486DX or higher Recommended memory capacity: 16 MB or greater
OS: Windows 95/Windows 98/Windows NT 4.0 Serial I/O capability:
A serial port conforming to RS-232C standard should be available.
FDD: 3.5", 1.44 MB-formatted Software: Microsoft Excel 95, Microsoft Excel 97
Required space on the HDD: 10 MB or greater
Chime, function lock, clock display, auto power-off, and battery alarm
Approx. 3 months when operated in logging mode at 10-minute intervals;
Approx. 1 month when operated in logging mode at 1-minute intervals;
Approx. 2 weeks when operated in collector mode 8 hours a day.
Thermocouple: 0.1C
Voltage input: 0.1 mV or 0.001 V
Collector mode: 0.5 seconds or longer when 1 channel is used.
1 second or longer when 2 channels are used.
Logging mode: 1 second to 24 hours when 1 channel is used.
2 seconds to 24 hours when 2 channels are used.
Scales the voltage input x according to the formula “Ax + B,” which
is defined from the thermo-collector software.
5000 data items when used in collector mode only.
20000 data items when used in logging mode only.
M
easurement data obtained in collector mode and logging mode
can coexist .
Under simultaneous 2-channel measurement, 2 data items are
recorded at the same time.
0C to 50C, 20 to 80% RH (no condensation)
Corrects the measured data from thermocouple input within the range of 20.0C.
Approx. 1.5 months when operated in logging mode at 10-minute intervals;
Approx. 1 month when operated in logging mode at 1-minute intervals;
Approx. 5 days when operated in collector mode 8 hours a day including 30
minutes of communication.
A maximum of 50, each comprising up to 8 alphanumeric characters
Approx. 133(H) × 56(W) × 33(D) mm
(excluding protrusions)
Weight: Approx. 170 g
(including batteries)
Approx. 151(H) × 56(W) × 33(D) mm
(excluding protrusions)
Weight: Approx. 180 g
(including batteries)
T
hermocouple -100C T: (0.1% of rdg + 0.3C)
T < -100C: (0.1% of rdg + 0.6C)
Reference junction compensation is 0.4C when the temperature of
the input terminal is in equilibrium
Thermal emission(1% of rdg + 1C) or 3C, depending on the
accuracy of the non-contact probe.
Voltage input (0.1% of rdg + 0.2% of range)
33
29
133
56
* For the accuracy when using a non-
contact probe (900 03), see the
P
roduct name
(Model)
N
umber of measuring
channels
Measuring range
(
only the main unit)
Supplied accessories
R
esolution
Accuracy
(only the main unit)
Measuring mode
Measuring interval
Computing function
Scaling function
Data capacity
Drip-proof construction
Display
Operating temperature and humidity
Power requirements
Communication function
Simplified correction function
Registration of operator names
Registration of comments
Alarm function
Thermo-collector software
system requirements
External dimensions
Other functions
Battery life
Registration of tag names
29
33
56
151
HH83
THERMOCOLLECTOR
®
HH84
THERMOCOLLECTOR
®