The EiUK LCC 100measures and generates pressure and vacuum and consequently it is more than a mere measuring instrument – it can also be applied as test and calibration instrument for pressure sensors, pressure switches and pressure gauges.
Thanks to the internal pressure/vacuum generation no auxiliary tools are required for operation. An internal Li-Ion battery (chargeable) makes mobile operation very easy. Parallel operation of mains and battery supply allows for maximum flexibility.
Benefit
LCC 100 Benefits and Features
- Generates and measures pressure and vacuum
- Pressure up to 1 mbar, 10 mbar, 100 mbar, 1000 mbar and 2000 mbar (vacuum generation max. -600 mbar)
- Uncertainty up to ±0.1% FS (±1 digit)
- Great adjustment accuracy (0.01% FS)
- Chargeable Li-Ion battery
- Generated pressure/vacuum by just pressing a key
Specifications
LCC 100 Technical Specification
| Technical Specification: | |||||
| Type: | LCC 100-1 | LCC 100-10 | LCC 100-100 | LCC 100-1000 | LCC 100-2000 |
| Pressure range: | ±1 mbar | ±10 mbar | ±100 mbar | ±1 bar | -1…+2 bar |
| Overpressure: | 5-fold | 5-fold | 5-fold | 2-fold | 2-fold |
| Uncertainty: | ±0.3% FS ±1 digit | ±0.1% FS ±1 digit | |||
| Linearity: | ±0.2% FS ±1 digit | ±0.1% FS ±1 digit | |||
| Hysteresis: | max. 0.1% FS | ||||
| Measurement principle: | inductive | ||||
| Temperature drift of the internal reference sensor: |
Zero Point: 0.003% FS/K (0% via zero balance). Span: 0.03% FS/K | ||||
| Zero balance: | • automatic (in settable time spans, possible to switch off), or • manual (by pressing the ZERO button |
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| Long-term stability of internal reference sensor: |
0.1% FS per year (typical) | ||||
| Working temperature range: | +10°C…+40°C | ||||
| Storage temperature range: | -10°C…+70°C | ||||
| Usable pressure measuring range: | -10…+110% | ||||
| Adjustment accuracy: | 0.01% FS | ||||
| Adjustment time: | depending on volume, <5 sec | ||||
| Measurement media: | air, non-aggressive and corrision-free dry gases | ||||
| Operation modes: | • CTRL (controlling pressure) • MESS (measuring pressure) • AUTO (individually definable pressure profile) • Remote-controlled operation (via USB or RS232 interface) |
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| Display: | Graphic display (white on blue background) | ||||
| Interface: | USB and RS232 | ||||
| Supply: | 24 VDC / 1 A, build-in Li-Ion battery (8h typical) | ||||
| Pressure ports: | 6.6 x 11 mm (for flexible hose with 6 mm diameter) | ||||
| Dimension: | Height 102.6 x Width 257 x Dept 271 mm (without handle) |
Operating modes
LCC 100 Operating Modes
MEASURE
The Measuring mode is used to measure a gauge or differential pressure. In this operation mode the internal pump of the EiUK LCC 100 is deactivated. The applied pressure, measured by the internal reference sensor, is shown in the display.
CONTROL
The Control mode is used to calibrate pressure transmitter, pressure switches or pressure gauges. In this operation mode the internal pump of the EiUK LCC 100 is activated, the pressure is adjusted to the set point. The pressure value is shown in the display.
Leak Test
In the Control mode, connected test specimen can be tested to leakage / tightness by pressing the LEAK key.
AUTO
In the Auto mode, a calibration procedure can be defined. This mode allows a comfortable calibration of several test specimen with same specifications. The calibration can be run AUTOmatically in this mode. Following graph shows the principle of a calibration procedure:
Steps:
[1] Wait for start command (pressing OK key)
[2] Delay time (adjustable)
[4] Duration of ZERO balancing of the system
[7] Dwell time at ZERO point
[9] Adjustment time to the next step
[10] Dwell time
[13] Delay time at max. pressure step
[15] Adjustment time for next step
[16] Dwell time at ZERO point
[18] Delay time (adjustable)
Applications
LCC 100 Applications
- Mobile and stationary pressure standard for low pressure and vacuum
- Mobile and stationary of all kind of pressure reading instruments
- Mobile and stationary pressure and vacuum source for calibration purposes
- Leak test
Optional Accessory:
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