Specifications of HD-1300 series
|
Model |
HD-1300
HD-1350 |
HD-1301
HD-1351 |
HD-1302
HD-1352 |
|
Waterproof specifications
(Equivalent to IPX5) |
— |
— |
— |
|
Display |
LCD with Backlight |
|
Input connector |
ASP model: HD-1＊0＊ / ANP model: HD-1＊5＊ |
|
Channel |
1ch |
|
Input type |
Thermocouple Input: Type E, K (HD-1＊0＊) Not switchable
Thermocouple Input: Type E, K, J, T or R (HD-1＊5＊) Not switchable |
|
Signal source resistance |
MAX 500Ω |
|
Measurement Range |
Table 1 |
|
Measurement Accuracy |
Table 2 |
|
Reference junction
compensation accuracy |
±0.2°C at 25°C±10°C [±0.4°F at 77°F±18°F] |
|
Temperature Coefficient |
±0.01% of F/S per °C [±0.01% of F/S per °F] (F/S : full scale) |
|
Environment |
Operation |
0 to 40°C, 0 to 80%RH (Non condensing)
32 to 104°F, 0 to 80%RH (Non condensing) |
|
Storage |
-20 to 50°C, 0 to 85%RH (Non condensing)
-4 to 122°F, 0 to 85%RH (Non condensing) |
|
Battery life |
300 h |
150 h |
150 h |
|
Power supply |
Dry battery |
4 AA Alkali Batteries |
|
AC power |
AC-Adaptor (Option) |
|
Sampling rate |
approx.300ms |
|
Plinearlizer |
Digital Linearizer method (Compliant with IEC 60584-1 (1995)) |
|
Dimensions |
approx. 76(w)×167(H)×36(D) mm [Protruded parts excluded] |
|
Weight |
approx. 350g [Include Batteries] |
|
Supplied accessories |
Alarm output Cable |
|
— |
Analog output Cable |
|
Analog Output |
— |
1mV/°C (Table 3) |
10mV/°C (Table 3) |
|
Alarm Output |
◯ (Table 4) |
◯ (Table 4) |
◯ (Table 4) |
|
Memory function |
— |
— |
— |
|
°C / °F Change |
— |
— |
— |
|
Compatible standards |
CE Marking, RoHS |
Table 1 : Measurement Range
|
Thermocouple Type |
°C |
|
1°C Resolution |
0.1°C Resolution |
|
E |
-200 to 800°C |
-100.0 to 500.0°C |
|
K |
-200 to 1370°C |
|
J |
-200 to 1100°C |
|
T |
-200 to 400°C |
-100.0 to 400.0°C |
|
R |
0 to 1760°C |
— |
|
Thermocouple Type |
°F |
|
1°F Resolution |
0.1°F Resolution |
|
E |
-328 to 1472°F |
-148.0 to 932.0°F |
|
K |
-328 to 2498°F |
|
J |
-328 to 2012°F |
|
T |
-328 to 752°F |
-148.0 to 752.0°F |
|
R |
32 to 3200°F |
— |
* Switches automatically to 1°C resolution range when messured temperatures fall outside the 0.1°C resolution range.
Table 2 : Measurement Accuracy
|
Type |
°C |
|
E, K, J, T |
0.1°C Resolution |
0°C to |
± (0.05% of reading + 0.2°C) |
|
to 0°C |
± 0.5°C |
|
1°C Resolution |
0°C to |
± (0.1% of reading +1°C) |
|
to 0°C |
± (0.5% of reading +1°C) |
|
R |
1°C Resolution |
± (0.1% of reading +3°C) |
|
Type |
°F |
|
E, K, J, T |
0.1°F Resolution |
32°F to |
± (0.05% of reading + 0.4°F) |
|
to 32°F |
± 0.5°F |
|
1°F Resolution |
32°F to |
± (0.1% of reading + 2°F) |
|
to 32°F |
± (0.5% of reading +2°F) |
|
R |
1°F Resolution |
± (0.1% of reading +6°F) |
Table 3 : Analog Output
|
Environment |
Accuracy |
|
25°C±5°C |
± (0.15% of F/S + 1mV) |
|
Except 25°C±5°C |
± ((0.15% of F/S + 1mV)+(0.01% of F/S)) |
* Output Impedance 100Ω * F/S : full scale
Table 4 : Alarm Output
|
Output Pattern |
Upper Limit |
Lower Limit |
|
More than upper limit |
H (5V) |
L (0V) |
|
Between upper and lower limit |
L (0V) |
L (0V) |
|
Less than lower limit |
L (0V) |
H (5V) |
* Signal current of up to 5mA can be taken out.
|
