The DMC-1410 Documenting
Calibrator fully documents any calibration easily while
performing the normal job. No special software is required! It
features the ability to test for pass/fail criteria,
DMC-1410 Documenting calibrator measure and simulate
thermocouples, RTDs, current, voltage, frequency
and source pulse trains.
In addition, the built-in 250 Ohm resistor for HART
compatibility with smart transmitters and PLCs,
full fuseless protection, and a serial communications port for
full control with ASCII commands
DMC-1410 Documenting Calibrator
| Model | Description |
|---|---|
| DMC1410 | Documenting
Calibrator. include: test lead set, protective rubber boot, nylon canvas carrying case, DVD/CD based video training, printed instruction manual, USV support software, RS-232 cable, USB to serial adapter, and NIST calibration certificate. |
Maintain calibration data for 50 instruments in
non-volatile memory
Capture calibration data for 50 instruments with both AS
FOUND and AS LEFT data
Print calibration certificates without PC
Measure and source T/Cs (13 types), RTDs (13 types),
Ohms, current, voltage,
frequency; source pulse trains.
Isolated mA/V read-back circuit for complete transmitter
calibration.
Pressure module communication port compatible with Fluke
700 Series, Mensor, and Martel
pressure modules.
Built-in 24 V supply can drive 4 to 20 mA loops up to
1000 Ohms.
Direct entry of custom RTD coefficients (RO, A, B, C).
All source modes can be programmed with dedicated set
points to speed calibration and linearity
tests.
Highest accuracy in class to 0.01% of reading.
Meets CE requirements and is designed to IEC 1010 safety
standards.
Fluke, Mensor, and Martel Pressure Modules.
A communications port compatible with
pressure modules is provided, as is an isolated
mA/V read-back
circuit.
Arrow keys, direct numeric keypad entry, and
three software-driven function buttons,
plus a large
backlit, menu-driven graphics display combine to provide a
highly intuitive,
simple yet powerful operator
interface.
Built-in 250 Ohm resistor for Hart™ compatibility,
compatibility with smart transmitters and PLCs,
full fuseless protection, and a serial communications port
for full control with ASCII commands, are just
some of the additional features that make the DMC-1410
Documenting Multifunction Calibrator the single, most
indispensable tool available for virtually any calibration task.
The DMC-1410 Documenting Calibrator is supplied in a tough,
rubber boot; a carrying case is also available as an option.
| Voltage Read and Source | Environmental | ||
|---|---|---|---|
| Source | 0.000 to 20.000 VDC | Operating Temperature | -10 ° C to +50 ° C |
| Read | Storage Temperature | -20 ° C to +70 ° C | |
| Isolated | 0.000 to 30.000 VDC | Stability | ±
0.005% of reading/ °
C outside of 23 ° C ± 5 ° C |
| Non-isolated | 0.000 to 20.000 VDC | Power Requirements | 6 VDC |
| Thermocouple mV | Batteries | 4 x4 AA; alkaline or optional rechargeable |
|
| Read and Source | -10.000 to +75.000 mV | Mechanical | |
| Current (mA) | Dimensions | 8.7" H x 4.2" W x 2.3" D (220.9 x 106.6 x 58.4 mm) |
|
| Source | 0.000 to 24.000 mA | Weight | 30.5 ounces (863 grams) |
| Read | Accessories Included | Test leads, 4 AA alkaline batteries, NIST Certificate, instruction manual |
|
| Isolated | 0.000 to 24.000 mA | ||
| Non-isolated | 0.000 to 24.000 mA | Optional Accessories | Carrying Case, Model CC572 |
| Frequency (1 to 20 V selectable amplitude) | Accuracy | ||
| CPM Source and Read | 2.0 to 600.0 CPM | Voltage | ± 0.01% of reading, ± 2 mV |
| Hz Source and Read | 1.0 to 1000.0 Hz | Thermocouple mV | ± 0.02% of reading, ± 10 µV |
| kHz Source and Read | 1.0 to 10.00 kHz | Thermocouple Errors (in ° C; add 0.2 for Cold Junction Compensation error) |
Type J 0.2°
C Type K 0.3° C Type T 0.2° C Type E 0.2° C Type R 1.2° C Type S 1.2° C Type B 1.2° C Type C 0.6° C Type XK 0.2° C Type BP 0.9° C Type L 0.2° C Type U 0.25° C Type N 0.4° C |
| Pulse (Source only; 1 to 20 V selectable amplitude) | |||
| Pulses | 1 to 30,000.0 2 CPM to 10 kHz |
||
| Ohms | |||
| Source | 5.0 to 4000 Ohms | ||
| Read | 0.00 to 4000.0 Ohms | ||
| Thermocouple Read and Source | |||
| J Thermocouple -200.0 to +1200.0 °
C K Thermocouple -200.0 to +1370.0 ° C T Thermocouple -200.0 to +400.0 ° C E Thermocouple -200.0 to +1000.0 ° C R Thermocouple -20.0 to +1767.0 ° C S Thermocouple -20.0 to +1767.0 ° C B Thermocouple +600.0 to +1820.0 ° C C Thermocouple 0 to +2316.0 ° C XK Thermocouple -200.0 to +800.0 ° C BP Thermocouple 0 to +2500.0 ° C L Thermocouple -200.0 to +900.0 ° C U Thermocouple -200.0 to +600.0 ° C N Thermocouple - 200.0 to +1300.0 ° C |
RTD Read and Source | Ni120 (672) 0.2 °
C Pt100 (385) 0.2 ° C Pt100 (3926) 0.2 ° C Pt100 (3916) 0.2 ° C Pt200 (385)0.8 ° C Pt500 (385)0.4 ° C Pt1000 (385) 0.2 ° C Cu10 1.4 ° C YSI400 0.1 ° C Cu50 0.4 ° C Cu100 0.3 ° C Pt385-10 1.4 ° C Pt385-50 0.4 ° C |
|
| RTD Read and Source | Current (mA) | ||
| Ni120 (672) -80.0 to
+260.0 °
C Pt100 (385) -200.0 to +800.0 ° C Pt100 (3926) -200.0 to +630.0 ° C Pt100 (3916) -200.0 to +630.0 ° C Pt200 (385) -200.0 to +630.0 ° C Pt500 (385) -200.0 to +630.0 ° C Pt1000 (385) -200.0 to +630.0 ° C Cu10 -100.0 to +260.0 ° C YSI400 +15.00 to +50.00 ° C Cu50 -180 to +200 ° C Cu100 -180 to +200 ° C Pt385-10 -200 to +800.0 ° C Pt385-50 -200 to +800.0 ° C |
Read | ± 0.01% of reading, ± 2 µA | |
| Source | ± 0.01% of reading, ± 2 µA | ||
| Ohms works with all pulsed
transmitters down to 5 ms |
|||
| 400 Ohm Range | |||
| Read | ±
0.015% of reading, ± 0.03Ω. |
||
| Source | ±
0.015% of reading, ± 0.03Ω |
||
| 4000 Ohm Range | |||
| Read | ± 0.015% of reading, ± 0.3Ω | ||
| Source | ± 0.015% of reading, ± 0.3Ω | ||