Precision calculation for Single (SEOL), Double (DEOL), and Triple (TEOL) security loops. Calculate two-conductor copper wire resistance drops, inspect 4-state tamper tables, and verify ADC threshold windows across major panel manufacturers.
Simulate real-world field conditions, wire lengths, and sensor states with real-time digital multimeter feedback.
| Panel Family | SEOL Nominal | DEOL Normal | DEOL Alarm | Tamper (Short) | Tamper (Open) |
|---|---|---|---|---|---|
| DSC PowerSeries Neo | 5.6k Ω | 5.6k Ω | 11.2k Ω | 0 Ω | ∞ Ω |
| Honeywell Vista | 2.0k Ω | 2.0k Ω | 4.0k Ω | 0 Ω | ∞ Ω |
| Paradox EVO / Spectra | 1.0k Ω | 1.0k Ω | 2.0k Ω | 0 Ω | ∞ Ω |
| Texecom Premier | 2.2k Ω | 2.2k Ω | 6.9k Ω | 0 Ω | ∞ Ω |
| Bosch B / G Series | 1.0k Ω | 1.0k Ω | 2.0k Ω | 0 Ω | ∞ Ω |
| Anti-Pattern | Manifestation | Mandatory Production Counter-Rule |
|---|---|---|
| Panel-Terminal Stacking | Resistors crimped into panel screw terminals | Install resistors strictly inside remote detector casing. |
| Vendor Value Cross-Contamination | Putting 2.0k Honeywell onto DSC 5.6k panel | Enforce manufacturer-specific nominal resistor standards. |
| DEOL Series/Parallel Swap | Inverting resistor positions on alarm relay | R_ALARM across NC relay; R_EOL in series with loop. |
| Wire Drop Neglect | Ignoring resistance on 200m runs | Calculate two-conductor copper resistance: $2 \times D \times \rho$. |