- Resistance Range: 10 mΩ to 12 kΩ
- 0.01% accuracy
- Precision Pt100 simulation
- Low temperature coefficient
- In-line readout
- Excellent long-term stability
- 6-digit resolution
- Fully screened
- Range / Resolution: 0 to 12 kΩ / 10 mΩ steps
- Number of Decades: 6, each decade adjustable from 0 to 11.
- Accuracy (at calibration temp 22 °C): ± 0.01 % of set value ± 2 mΩ, after deduction of residual resistance. ± 1 mΩ for residual variation.
- Residual Resistance: Less than 10 mΩ. Less than 1 mΩ variation.
- Power Rating: 0.35 watt per resistor.
- Voltage Rating: 200 V DC at maximum resistance setting.
- Stability: 20 ppm/year (> 1 Ω), 100 ppm/year (< 1 Ω).
- Current Rating (per decade):
- 10 mΩ range: 3 A
- 100 mΩ range: 2 A
- 1 Ω range: 600 mA
- 10 Ω range: 200 mA
- 100 Ω range: 60 mA
- 1 kΩ range: 20 mA
- Isolation: Case to resistance terminals max 2 kV DC.
- Temperature Coefficient: Less than 10 ppm/°C (> 1 Ω). Less than 20 ppm/°C (< 1 Ω).
- Operating Torque: Less than 0.1 Nm.
- Contacts: "Make before break" – silver alloy.
- Dimensions / Weight: W 355 x H 63 x D 89 mm / 1.1 kg
The Time Electronics 1067 is a precision resistance decade box suitable for a wide range of simulation tasks. Its high accuracy, long-term stability, and low temperature coefficient make the 1067 ideal for simulating and calibrating precision Pt100 sensors and temperature indicators/meters that use resistive sensors.
Special care has been taken in the construction of the 1067 to ensure that the residual end resistance is as low and stable as possible. Multiple self-cleaning silver alloy contacts are used for each position to ensure outstanding performance and long service life.
Housed in a robust metal case, the 1067 is fully screened, and low thermal EMF terminals are used. Its slimline design means it takes up minimal bench space and is easily transportable.
Resistance is selected by setting the desired value using the rotary switches. This allows for precise setting with a clear and unambiguous indication. Each decade is scaled from 0 to 11, thereby allowing convenient overlapping of set values. The maximum settable value is 12,222.21 ohms.
