Enkel Boks + INTEGRA
Wiring diagram for Enkel Boks and INTEGRA S-Node G2, with the door node at the door and its own 6-pair cable between the node and the box.
INTEGRA S-Node G2 – door node at the door
Draft: some points of the diagram are not confirmed yet and are marked «sjekk» in the PDF. Check before installation.
The INTEGRA S-Node G2 (door and alarm node for Moveo / Moveo XL) sits at the door and gets 24 V and LON from the INTEGRA system, not from Enkel Boks. The central cabinet cable provides power (1–4) and fire (8), and a separate 6-pair cable runs between the S-Node and the box; DO1 gives +24 V on terminal 9, and DO2 controls the night lock on terminal 10 per schedule in Moveo. The terminal names are taken from the wiring picture for the previous node generation (AP-Node, same board layout) and must be confirmed against the S-Node G2 manual before installation.
Download wiring diagram (in Norwegian): INTEGRA S-Node G2 – door node at the door (PDF)
- Lock: S-Node G2 DO1 (terminal 1) → terminal 9 (Black/grey, pair 5); DO1 (terminal 2) ← terminal 12 (White, pair 6, +24 V via bridge 14 → 16 and F2). The jumpers on «normal opened contact», not «active output».
- Night lock: DO2 (terminal 2) → terminal 10 (Grey, pair 5), with red bridge DO1 terminal 2 → DO2 terminal 1. Moveo keeps DO2 energised all night (not pulsed); one DO per door, no parallel connection of 10.
- Inputs: 5 (Black/green, pair 3) → DI2 common with bridge to DI3 common; 6 (Green, pair 3) → DI3 (REX); 7 (Black/brown, pair 4) → DI2 (door status). Digital (unbalanced) without EOL as standard.
- Reader: INTEGRA reader directly on the S-Node's reader terminal (RS-485 and 24 V DC), termination on the node and the last reader; not via Enkel Boks.
- Power: S-Node 24 V DC (20–30 V) from the INTEGRA system with battery backup. Common 0 V with the box's power supply is not needed, because only potential-free contacts run between them.
- Cables: central cabinet cable 6 PAR 0,6 PT HF max 100 m (pair 1, pair 2, Brown pair 4); S-Node–box 6 PAR 0,6 PT HF (pair 3, Black/brown pair 4, pair 5, White pair 6).
- In a classified system (SSF 1014) it must be clarified that door contact via Enkel Boks 7–5 is accepted.
Connection table (cable journal)
Cables
- 6 PAR 0,6 PT HF (max 100 m): Central cabinet (power supply 24 V, fire relay) ↔ Enkel Boks. Used: pair 1, pair 2, brown (pair 4)
- 6 PAR 0,6 PT HF: S-Node G2 (at the door) ↔ Enkel Boks. Used: pair 3, black/brown (pair 4), pair 5, white (pair 6)
- In the central cabinet: Red bridge from the power supply to the fire relay
- Bridges: On S-Node (DI2/DI3 common, DO1 → DO2 +24 V) and in Enkel Boks (14 → 16: terminal 12 gets +24 V)
- Reader cable (INTEGRA): S-Node G2 RS-485 + 24 V DC ↔ INTEGRA card reader (does not go via Enkel Boks)
One row = one conductor: terminal in Enkel Boks → conductor → where it goes. The tables are translated from the PDF, which is in Norwegian; the PDF is the document to install from.
| Terminal | Function | Conductor | Connects to | Note |
|---|---|---|---|---|
| 1 | −24 V constant | Black/blue (pair 1) | Power supply 0 V (−) | |
| 2 | −24 V constant | Blue (pair 1) | Power supply 0 V (−) | |
| 3 | +24 V constant | Black/or. (pair 2) | Power supply +24 V | |
| 4 | +24 V constant | Orange (pair 2) | Power supply +24 V | |
| 8 | Fire | Brown (pair 4) | Fire relay NC (C = +24 V) | +24 V = normal. Fire: the voltage drops out. |
| 5 | GND to S-Node | Black/green (pair 3) | S-Node G2 DI2 common | Common for REX (5–6) and door status (7–5). Black bridge DI2 common → DI3 common on S-Node. Common terminal in the pair: check. |
| 6 | REX to S-Node | Green (pair 3) | S-Node G2 DI3 | Potential-free NO in Enkel Boks (5–6). DI3 = inside push button (factory, AP-Node). |
| 7 | Alarm (door status) | Black/brown (pair 4) | S-Node G2 DI2 | NC loop (closed = door closed). DI2 = magnetic contact (factory, AP-Node). Balancing: check. |
| 9 | Lock (open) | Black/grey (pair 5) | S-Node G2 DO1 (terminal 1) | DO1 with jumpers on «normal opened contact» (dry contact), not «active output». |
| 10 | Night lock | Grey (pair 5) | S-Node G2 DO2 (terminal 2) | +24 V = night mode. Moveo controls DO2 by schedule, held all night (not a pulse). Jumpers on «normal opened contact». |
| 12 | +24 V to S-Node relay | White (pair 6) | S-Node G2 DO1 (terminal 2) | +24 V from 16 (F2) via bridge 14 → 16 (12 ↔ 14 straight through), red bridge on to DO2. No reader on 13–14. |
| – | +24 V to fire relay | Red | Power supply +24 V → fire relay C | No time relay: night lock from DO2. |
| – | Common DI2/DI3 | Black (bridge) | S-Node DI3 common → DI2 common (terminal 5) | Common terminal in the pair: check against the manual. |
| – | +24 V to DO2 | Red (bridge) | S-Node DO1 terminal 2 → DO2 terminal 1 | DO1 and DO2 as dry contacts to the same +24 V. |
| 14 | +24 V to 12 | Red | Enkel Boks terminal 16 (+24 V via F2) | Bridge 14 → 16 in the box. 12 ↔ 14 is straight through, so 12 gets +24 V. |
| – | Reader RS-485 + 24 V | per INTEGRA | S-Node 4-pole reader terminal → INTEGRA card reader | 2 × RS-485 (A, B) + 2 × 24 V DC. Order: check. Termination on S-Node and the last reader. |
In the central
- No time relay: night lock from DO2 (schedule in Moveo). S-Node gets 24 V and LON from INTEGRA (not drawn); no common 0 V with the power supply. 11 and 13 are not used. 15–16 supply the door side as usual (lights in elbow switches and emergency release/KAC box), and bridge 14 → 16 gives +24 V on 12.
The door side (21–40 and 17–20) is the same for all brands – see the drawing, page 1.
Controller setup and DIP in Enkel Boks
| Setting | Factory | Used as | Status |
|---|---|---|---|
| DO1 / DO2 (2 terminals each) | Jumpers per relay: «normal opened contact» or «active output»; a separate jumper selects the power source for the relay output (AP-Node picture) | «normal opened contact»: DO1 dry NO 9 ↔ 12 (+24 V), DO2 dry NO 10 ↔ +24 V (red bridge from DO1). Position of the jumpers on G2: check | Check |
| DO2 schedule | Relays are controlled from Moveo | Night lock: DO2 energises per schedule and holds all night (not pulse). On power failure at S-Node the night lock drops out: check that this is wanted | Check |
| Relay rating | 1 A (datasheet p. 2) | Drives only coil K5 in Enkel Boks: good margin | OK |
| DI2 / DI3 | DI1 lock contact, DI2 magnetic contact, DI3 inside push button (AP-Node); single/double/triple balanced | DI2 = door status from 7–5 (NC), DI3 = REX from 5–6 (NO), DI1 not in use. Digital or EOL resistors: check | Check |
| Reader terminal (4-pole) | RS-485 + 24 V DC to readers; termination at the node and the last reader | INTEGRA reader directly on S-Node, not via Enkel Boks | OK |
| Power and LON | 24 V DC (20–30 V), 45–110 mA; LON FTT-10 to Moveo | From the INTEGRA system (battery backup per SSF 1014). Not from Enkel Boks | Check |
| Terminal name | Not in the public datasheet | Taken from the AP-Node image (same board). Confirm with the S-Node G2 manual | Check |
| Certification | SSF 1014 ed. 5, alarm class 3 | Door contact via Enkel Boks 7–5: check that this is accepted in a classified system | Check |
| Multiple doors | 4 relays (DO1–DO4), 8 inputs | Door 2 = DO3 (lock) + DO4 (night lock) + DI5/DI6 (check) to its own Enkel Boks; each door has its own night lock DO | Check |
| DIP | Function | Suggestion for this setup |
|---|---|---|
| S2.1 | Tamper | ON (tamper in the box not connected) |
| S2.2 | Emergency release, relay 2 (KAC) | OFF when an emergency release (KAC box) is connected to 28–29 |
| S2.3 | EOL resistor R2 | ON (DI2 digital without EOL); OFF only when R2 is fitted because the installation requires EOL |
| S2.4 | Magnetic door contact and microswitch | OFF when MKT is connected to 26–27 |
| S2.5 | Door microswitch | OFF when a microswitch is connected to 24–25 |
| S2.6 | Fire – manual mode | OFF when a fire relay is connected to terminal 8 |
| S2.7 | Night lock – manual mode | OFF when the night lock is controlled from terminal 10 |
| S2.8 | Emergency release, relay 1 (KAC) | OFF when an emergency release (KAC box) is connected to 30–31 |