- Resistance Range: 0.01 Ω to 1 kΩ
- High accuracy (varies, see specifications)
- Clear visual indication
- High stability
- Low temperature coefficient
- Safety terminals
- Removable protective cover
- Suitable for PRT/RTD applications
- Range / Resolution: 0 to 1 kΩ / 0.01 Ω steps
- Accuracy (per decade):
- 0.01 Ω decade: ± 10 %
- 0.1 Ω decade: ± 5 %
- 1 Ω decade: ± 1 %
- 10 Ω decade: ± 0.5 %
- 100 Ω decade: ± 0.1 %
- Max Current (per decade):
- 0.01 Ω decade: 1 A
- 0.1 Ω decade: 1 A
- 1 Ω decade: 1 A
- 10 Ω decade: 0.3 A
- 100 Ω decade: 0.1 A
- Residual resistance: Less than 60 mΩ
- Power rating: 1 watt per resistor
- Voltage rating: Maximum 90 V DC, 63.64 V AC RMS
- Temperature coefficient: 50 ppm/°C
- Dimensions / Weight: W 215 x H 100 x D 120 mm / 1 kg
The Time Electronics 1041 is a precise low-ohm resistance box designed for general laboratory work, including platinum resistance thermometry. The 1041 is compact and durable, housed in a robust metal case with a removable protective rubber cover, making it ideal for use in both the laboratory and the field. Excellent accuracy is achieved by using high-stability metal film resistors. Its 5-digit thumbwheel switch enables simple and precise setting with a clear indication of the resistance value.
Switch Contacts: Special attention has been given to operational reliability. A special multiple gold contact arrangement ensures low contact resistance and continued operation even if a contact fails.
Clear Visual Indication: To make selecting and reading the setting easy, the 1041 incorporates color-coded digits: ohms - white, milliohms - yellow.
Safety Terminals: The terminals are compatible with 4 mm shrouded plugs, as well as standard plugs, bare wires, and spade terminals.
Added Protection: The 1041 comes fitted with an ergonomic rubber cover providing increased protection and durability. It has a textured grip for comfortable handling and side openings for labels. It's easy to remove if the user prefers a stand-alone unit or to house the 1041 in the optional 9026 carry case.
Common applications
- Calibration of resistance in measuring devices
- Pt100 simulation for checking RTD transmitters
- "Select-on-test" resistance substitution in circuit design
- Educational understanding of Ohm’s Law