Schneider SXWASPSBX10002 BMS Network Controller

EcoStruxure Building (SpaceLogic AS-P-NLS) Здание Автоматизация Сервер (BMS Network Контроллер) with Secure Boot. Designed for HVAC, освещение, chilled water & heat source control, alarm management, trend logging and protocol gateway applications.

✅ Определение кода модели

AS-P: SpaceLogic Automation Server Premium (high-end automation server)

NLS: N = No LON bus; L = Zigbee wireless support; S = Secure Boot firmware verification

Сравнение: AS-P-NL (SXWASPXXX10002) without Secure Boot; AS-P-NLS equipped with anti-tampering firmware authentication.

📌 Hardware Ports

2 × RJ45 10/100 Мбит/с Ethernet (ЛВС1/ЛВС2, dual-port network isolation supported)

2 × RS485 field buses (M-Bus, Modbus RTU compatible)

1 × I/O Bus for SpaceLogic I/O expansion modules

1 × USB Device (загрузка программы & ввод в эксплуатацию)

1 × USB Host (USB storage, Zigbee wireless adapter)

📋 Основные технические характеристики

Источник питания: 24 В постоянного тока

Max power consumption: 10 Вт

Память: 512 MB RAM / 4 GB Flash

Рейтинг корпуса: IP20, Монтаж на DIN-рейку

Размеры: 90(Вт) × 114(ЧАС) × 64(Д) мм

Вес нетто: 0.321 кг

Рабочая температура: 0 ~ +50 ℃; Температура хранения: -20 ~ +70 ℃

Влажность: ≤95% RH, неконденсирующийся

🧩 Protocols & Основные функции

BACnet IP, BACnet/SC (Secure Connect), Modbus TCP/RTU

Zigbee wireless device integration

Control logic execution, регистрация трендов, alarm management, user access control

Standalone operation or zone controller under upper-level servers; acts as multi-protocol gateway

Secure Boot: prevents firmware tampering, ideal for high-security projects (больницы, центры обработки данных)

⚠️ Product Lifecycle (Critical Information)

Конец заказа (EOO): 31 Dec 2026

End of Service (EOS): 31 Dec 2029

Рекомендуемая модель замены: SXWASP3XX10001 (AS-P-3 V3 New Generation)

Upgrade highlights for AS-P-3: Gigabit Ethernet port, 3 RS485 ports, dual USB Host ports, более высокая производительность, fully compatible with EcoStruxure toolchain.

📎 Matching Accessories

TB-ASP-W1: Terminal base

PS-24V: 24 источник питания постоянного тока

Zigbee USB adapter, SXW series I/O expansion modules

📝 Quick Selection Comparison Table

Migration Guidelines: AS-P-NLS (SXWASPSBX10002) → AS-P-3 (SXWASP3XX10001)

Core Tool: Device Administrator – Convert backup set server type (do NOT restore backup directly). Minimum EBO version requirement: EBO 7.0 or later. Older EBO versions cannot recognize AS-P-3.

Предварительные условия: Offline full backup, field trial first, scheduled downtime, rollback plan prepared.

1. Миграция программы (EBO Project, Логика управления, Scripts, Licenses)
2. Резервное копирование & Conversion Workflow (Most Critical Step)
3. Perform a full online backup of the legacy AS-P-NLS (including control programs, trends, сигналы тревоги, permissions, gateway settings, TGML graphics). Never restore this backup directly onto AS-P-3.
4. Open the backup set in Device Administrator, run the Convert backup set server type function to change the target device type from AS-P to AS-P-3. Only converted backups can be downloaded to the new controller.
5. Most control logic, ФБД, ST programs, schedules, alarm strategies and trend configurations remain fully compatible after conversion, no program rewriting required.
6. Always open the converted project in WorkStation and run a full compile check to eliminate errors and warnings.
7. Key Compatibility Checks

✅ Standard HVAC, BACnet and Modbus function blocks are fully compatible.

⚠️ Custom third-party drivers, user-defined C-scripts and special driver packages must be validated for AS-P-3 compatibility; older drivers may not work.

Zigbee Compatibility: The original Zigbee USB adapter works on AS-P-3, but the USB port path changes (наследие: 1 USB-хост; новый: 2 USB Host ports). Update the USB device path inside the project.

Secure Boot: Certificates and BACnet/SC credentials are retained after conversion; re-export and validate certificates after migration.

❌ Incompatibility Risks:

1. Legacy AS-P exclusive system variables and status objects
2. Hardcoded USB/COM port numbers in TGML graphics
3. TLS version mismatch: AS-P-NLS uses TLS 1.0 while AS-P-3 defaults to TLS 1.3. Email alerts and web access will fail due to handshake errors; adjust mail server TLS settings accordingly.

✅ License Note: The original AS-P software license cannot be migrated directly. Apply for license re-binding with the new AS-P-3 serial number in advance via Шнайдер license transfer process.

3. Post-Migration Testing Items
4. Full project compilation, resolve all errors & предупреждения
5. Offline simulation of control sequences, PID loops and interlocks
6. Verify alarm forwarding, trend recording and event logging
7. Test TGML graphic access and point read/write permissions
8. I/O Bus & I/O Mapping (Top Risk Area – Hardware Topology Changed)

Legacy AS-P uses TB-ASP-W1 terminal base with different I/O Bus addressing and power budget. AS-P-3 is an integrated unit without a separate base.

1. I/O Bus Address Rule Change (Most Common Failure)

Legacy AS-P: Server occupies I/O Bus address 1

AS-P-3: Server is fixed at I/O Bus address 2. I/O modules start from address 3, максимум 32 узлы (Макс 31 I/O devices).

Direct migration will cause I/O address offset, module offline and wrong point readings.

Два решения:

1. Rearrange the physical I/O Bus topology, reassign addresses following AS-P-3 rules, then cross-check I/O mapping table in the project (Рекомендуется).
2. Modify each I/O module’s bus address inside the project to match physical wiring.

Wiring rule: Install AS-P-3 on the far left of the DIN rail; I/O modules extend rightwards. Позиция 1 is reserved and unavailable.

2. I/O Bus Power Budget

Legacy AS-P base has limited power output; AS-P-3 built-in I/O Bus power: Макс 20 Вт. Add an external 30 W I/O bus power supply if the total power consumption exceeds the limit, otherwise modules will drop offline randomly.

Calculate total module power consumption before migration.

3. I/O Mapping Validation

DI/DO/AI/AO channel definitions remain unchanged; only the I/O Bus address is updated.

Verify every item after download: module number, bus address, channel number, forced values, channel inversion and filter parameters.

SXW series I/O modules are fully interchangeable between legacy AS-P and AS-P-3; no hardware replacement needed.

III. Network Configuration (Ethernet Ports, RS485, BACnet, Шлюзы)

1. Ethernet Port Comparison

Legacy AS-P-NLS: 2 × 10/100 Мбит/с локальная сеть (ЛВС1/ЛВС2)

AS-P-3: Порт1 (10/100/1000 Гигабитный), Порт2 & Port3 (10/100 Мбит/с). 3 ports total, supports RSTP and isolated private subnets.

Major Pitfall: Port numbering and subnet roles have changed.

1. IP-планирование: Keep the same Device Name and BACnet Device ID to avoid reconfiguration on upper BMS and third-party integration systems.
2. Port Role Reassignment:

Port1 = Main WAN (BMS backbone network)

Порт2 / Port3 = WAN or Private Network (настраиваемый)

All static routes, BACnet IP interfaces and gateway bindings previously assigned to LAN1/LAN2 must be re-bound to the new AS-P-3 port numbers, otherwise BACnet IP communication and cross-subnet routing will break.

2. BACnet Settings

BACnet IP and BACnet/SC protocols are compatible. Certificates are preserved after backup conversion, but TLS 1.3 is enabled on AS-P-3; BACnet/SC clients must support TLS 1.3.

Re-scan BACnet routers, BBMD and external device subscriptions after migration.

3. RS485 Serial Ports (COM Ports)

Legacy AS-P: COM A, COM B (2 RS485 ports)

AS-P-3: COM A, COM B, COM C (3 RS485 ports)

Модбус РТУ / MS/TP programs referencing COM A/B do not require editing; only re-terminate field wiring to the new terminal block.

Bus biasing and termination resistors: AS-P-3 has different built-in biasing characteristics. Retest bus waveform and adjust termination resistors on long-distance MS/TP buses to eliminate intermittent communication loss.

4. Additional Network Services

Recheck NTP, DNS, static routes, VPN and SNMP settings; re-bind all network objects to the correct physical ports.

1. Аппаратное обеспечение, Электропроводка & Installation Differences (Field Implementation)
2. Источник питания: Legacy AS-P requires separate PS-24V power module; AS-P-3 has integrated power supply, directly powered by 24 ВАК / 24~30 В постоянного тока. The external PS-24V can be removed from the cabinet.
3. Mechanical Size: Legacy AS-P + база + источник питания; AS-P-3 integrated body matches the overall size of legacy AS-P plus PS-24V. DIN rail mounting position is interchangeable, but terminal layout differs – do not reuse existing pre-wired terminal plugs; re-crimp all field wires.
4. USB-интерфейсы: Наследие: 1 Mini-B debug + 1 USB-A Host; Новый: 1 USB-C debug + 2 USB-A Host. After plugging the Zigbee adapter into the new USB Host, update the USB instance path inside the project.
5. Тепловыделение: AS-P-3 has higher power consumption. Install horizontally on DIN rail with sufficient top & bottom ventilation; avoid dense stacking.
6. Step-by-Step Migration Procedure (Minimize Downtime Risk)
7. Before shutdown: Create full project backup, export I/O mapping table, network parameters, BACnet device list, Modbus point list and Zigbee device inventory; keep hard copies.
8. Upgrade EBO WorkStation to V7.0+, and install the matching Device Administrator version.
9. Convert the backup to AS-P-3 format, compile the project and complete offline simulation testing.
10. Replace the controller hardware inside the cabinet, rewire I/O Bus, 24В мощность, RS485 buses, Ethernet and Zigbee adapter.
11. Flash the latest firmware to AS-P-3, import the converted backup and activate the software license.
12. Power up step by step: First I/O Bus, then RS485 field buses, finally the backbone Ethernet network.
13. Full point verification: I/O channels, field bus communication, BACnet, Модбус, сигналы тревоги, trends, graphics and Zigbee sub-devices.
14. 24-hour continuous trial run. Keep the original AS-P-NLS as rollback spare hardware; do not remove it immediately.
15. Common Post-Migration Troubleshooting
16. I/O modules offline: Wrong I/O Bus address (server address changed from 1 к 2), incorrect physical topology, or total bus power exceeds 20 W limit.
17. Intermittent Modbus/MS/TP communication: Improper bus biasing or termination resistors, or COM port binding mismatch.
18. Upper BMS cannot read BACnet points: WAN/Private subnet misconfiguration, BBMD error or duplicate BACnet Device ID.
19. Zigbee devices offline: USB Host instance path not updated in the project.
20. Email notification failure: TLS version incompatibility (mail server does not support TLS 1.3).
21. Backup restore error: Direct restore without running the Convert backup set server type tool.

Full Model List of the Series

1st Generation AS-P (Снято с производства, with TB-ASP-W1 Base)

Standard HVAC Models

UL864 Smoke Control (SMK) Fire Models

Terminal Bases (Обязательные аксессуары)

1. TB-ASP-W1: SXWTBASW110002 (Standard projects)
2. TB-ASP-W1-BAA: SXWTBASW110A02 (BAA-compliant projects)

2nd Generation AS-P-3 V3 (New Replacement, Integrated Unit, No Base Required)

All models include Secure Boot; EBO V7.0+ required.

Ключевое отличие: AS-P-3 has one extra RS485 port; AS-P-L-3 keeps LON bus with one fewer RS485 port.

Model Coding Breakdown (SXWASPSBX10002)

1. SXWASP = SpaceLogic AS-P Automation Server
2. 6персонаж: S = Secure Boot enabled; X = No Secure Boot
3. 7персонаж: B = No LON bus; L = LON bus enabled
4. 8персонаж: X = No Zigbee; L = Zigbee enabled
5. Суффикс 10001/10002 = Version & compliance variant; S = SMK smoke control firmware

End-of-Life Replacement Mapping Table

1. SXWASPSBX10002 (AS-P-NLS) → SXWASP3XX10001 (AS-P-3)
2. SXWASPXXX10002 (AS-P-NL) → SXWASP3XX10001
3. SXWASPSBX10001 (AS-P-S) → SXWASPL3X10001 (AS-P-L-3, LON retained)
4. SXWASPXXX10001 (AS-P) → SXWASPL3X10001

Совместимые модули ввода-вывода (SXW Series, Interchangeable Between Old & New Servers)

UI-8/AO-V-4, UI-16, DI-16, DO-FC-8, AO-8, RTD-DI-16, и т. д.. No hardware replacement needed; only update I/O Bus address settings.