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- Universal Compatibility: Works with virtually all industrial box‑PCs and embedded controllers without requiring additional drivers or software.
- Supercapacitor Energy Storage: Utilizes eight × 370 F / 3.0 V supercapacitors, offering 9250 W·s energy capacity and significantly longer lifespan than 2.7 V capacitor designs.
- High Durability: Over 10 years expected lifespan and 500,000 charge/discharge cycles under proper configuration.
- Wide Temperature Operation: Fully functional from –25 °C to +65 °C; operable up to 85 °C with reduced capacity.
- High Output Power: Delivers up to 180 W continuous output to the connected system.
- Patented CAP Energy Management Technology: Embedded microcontroller with proprietary firmware for real‑time energy monitoring, charge/discharge control, and automatic safe shutdown.
- Versatile Operating Modes:
- Normal Backup Mode – standard UPS operation.
- Ignition Control Mode – for systems without built‑in ignition control.
- Ignition Relay Mode – for in‑vehicle controllers.
- Daisy Chain Mode (PB‑9250J‑SA only) – allows multiple modules to be linked for extended backup time.
- Maintenance‑Free Operation: No battery replacement required; supercapacitors provide long‑term reliability.
- Certified for Harsh Environments: EN 50155 certified for railway and transportation applications; compliant with IEC 61373 shock and vibration standards.
- Automatic Boot and Shutdown Control: Manages system power‑on/off sequences via RS‑232 and isolated DIO interfaces.
- Compact and Rugged Design: 82.5 × 175.2 × 128.2 mm aluminum enclosure with DIN‑rail and wall‑mount options.
- Supercapacitor Energy Storage: Utilizes eight × 370 F / 3.0 V supercapacitors, offering 9250 W·s energy capacity and significantly longer lifespan than 2.7 V capacitor designs.
- High Durability: Over 10 years expected lifespan and 500,000 charge/discharge cycles under proper configuration.
- Wide Temperature Operation: Fully functional from –25 °C to +65 °C; operable up to 85 °C with reduced capacity.
- High Output Power: Delivers up to 180 W continuous output to the connected system.
- Patented CAP Energy Management Technology: Embedded microcontroller with proprietary firmware for real‑time energy monitoring, charge/discharge control, and automatic safe shutdown.
- Versatile Operating Modes:
- Normal Backup Mode – standard UPS operation.
- Ignition Control Mode – for systems without built‑in ignition control.
- Ignition Relay Mode – for in‑vehicle controllers.
- Daisy Chain Mode (PB‑9250J‑SA only) – allows multiple modules to be linked for extended backup time.
- Maintenance‑Free Operation: No battery replacement required; supercapacitors provide long‑term reliability.
- Certified for Harsh Environments: EN 50155 certified for railway and transportation applications; compliant with IEC 61373 shock and vibration standards.
- Automatic Boot and Shutdown Control: Manages system power‑on/off sequences via RS‑232 and isolated DIO interfaces.
- Compact and Rugged Design: 82.5 × 175.2 × 128.2 mm aluminum enclosure with DIN‑rail and wall‑mount options.
Comprehensive Product Summary – Neousys PB‑9250J‑SA Supercapacitor‑Based Uninterruptible Power Backup
### 1. Product Overview
Product Name: Supercapacitor‑Based Uninterruptible 9250 J (Ws) Power Backup
Model: PB‑9250J‑SA
Series: PB‑J‑SA Industrial Supercapacitor UPS Modules
Article Number: PB‑9250J‑SA
Manufacturer: Neousys Technology Inc.
Manufacturer Website: [www.neousys‑tech.com](http://www.neousys‑tech.com)
Product Type: Standalone intelligent supercapacitor‑based uninterruptible power backup module for industrial and embedded computing systems.
Patent: R.O.C. Patent No. I598820 (CAP Energy Management Technology)
The PB‑9250J‑SA is an industrial‑grade, maintenance‑free, supercapacitor‑based uninterruptible power supply (UPS) designed to protect box‑PCs and embedded controllers from power interruptions. It provides 9250 joules of stored energy and up to 180 W output power, ensuring reliable system operation and safe shutdown during power loss.
### 2. Key Features
- Universal Compatibility: Works with virtually all industrial box‑PCs and embedded controllers without requiring additional drivers or software.
- Supercapacitor Energy Storage: Utilizes eight × 370 F / 3.0 V supercapacitors, offering 9250 W·s energy capacity and significantly longer lifespan than 2.7 V capacitor designs.
- High Durability: Over 10 years expected lifespan and 500,000 charge/discharge cycles under proper configuration.
- Wide Temperature Operation: Fully functional from –25 °C to +65 °C; operable up to 85 °C with reduced capacity.
- High Output Power: Delivers up to 180 W continuous output to the connected system.
- Patented CAP Energy Management Technology: Embedded microcontroller with proprietary firmware for real‑time energy monitoring, charge/discharge control, and automatic safe shutdown.
- Versatile Operating Modes:
- Normal Backup Mode – standard UPS operation.
- Ignition Control Mode – for systems without built‑in ignition control.
- Ignition Relay Mode – for in‑vehicle controllers.
- Daisy Chain Mode (PB‑9250J‑SA only) – allows multiple modules to be linked for extended backup time.
- Maintenance‑Free Operation: No battery replacement required; supercapacitors provide long‑term reliability.
- Certified for Harsh Environments: EN 50155 certified for railway and transportation applications; compliant with IEC 61373 shock and vibration standards.
- Automatic Boot and Shutdown Control: Manages system power‑on/off sequences via RS‑232 and isolated DIO interfaces.
- Compact and Rugged Design: 82.5 × 175.2 × 128.2 mm aluminum enclosure with DIN‑rail and wall‑mount options.
### 3. Technical Specifications
Supercapacitor Configuration
- Composition: 8 × 370 F / 3.0 V supercapacitors
- Energy Capacity: 9250 W·s (Joules)
- Expected Lifespan: > 10 years (when charged to 6525 J using 4.8× Lifetime Extension setting)
- Lifecycle: 500,000 charge/discharge cycles
Power Specifications
- Input Voltage: 12 – 35 V DC
- Input Connector: 1 × 3‑pin pluggable terminal block (V+, GND, IGN_IN)
- Output Voltage: 12 V or 24 V (software‑configurable)
- Output Power: Maximum 180 W
- Output Connector: 1 × 3‑pin pluggable terminal block (V+, GND, IGN_OUT)
- Charge Mode: DC IN bypass (DC_OUT = DC_IN)
- Discharge Mode: regulated 12 V or 24 V output
I/O Interfaces
- RS‑232 COM Port: 1 × DB9 (3‑wire RS‑232) for communication and configuration
- Isolated DIO: 1 × 10‑pin pluggable terminal block providing PWR_BTN# output and SYS_STAT input
Mechanical & Environmental
- Dimensions: 82.5 mm (W) × 175.2 mm (H) × 128.2 mm (D)
- Weight: 1.70 kg
- Mounting: DIN‑rail and wall‑mount brackets included
- Operating Temperature: –25 °C to +65 °C (full capacity); –40 °C to +85 °C (reduced capacity)
- Storage Temperature: –40 °C to +85 °C
- Vibration: IEC 61373:2010 Category 1 Class B Body Mounted
- Shock: IEC 61373:2010 Category 1 Class B Body Mounted
- EMC Compliance: EN 50155:2007, CE/FCC Class A (EN 55032, EN 55035)
### 4. Functionality
The PB‑9250J‑SA functions as a standalone intelligent power backup for industrial computers. It continuously monitors input DC power and charges its internal supercapacitors. When external power is lost, it instantly switches to discharge mode, supplying regulated 12 V or 24 V output to the connected system, ensuring uninterrupted operation and controlled shutdown.
Operating Modes:
1. Normal Backup Mode:
- Standard UPS operation for general industrial use.
- Automatically charges when DC power is present.
- Provides backup power during outages and initiates safe shutdown via PWR_BTN# signal.
2. Ignition Control Mode:
- Designed for box‑PCs without ignition control.
- Responds to IGN input signal to power on/off the system with user‑defined delays.
3. Ignition Relay Mode:
- For in‑vehicle controllers with existing IGN control.
- Passes IGN signal through to the system while providing backup power during blackouts.
4. Daisy Chain Mode (PB‑9250J‑SA only):
- Multiple modules can be linked to increase total energy capacity and backup duration.
- Requires 24 V or higher input voltage and adequate power supply current (8 A for 5 A charging, 13 A for 10 A charging).
Use Cases and Applications:
- Industrial automation controllers and embedded box‑PCs
- Transportation and railway systems (EN 50155 certified)
- In‑vehicle computing and mobile data acquisition
- Edge AI and machine vision systems requiring graceful shutdown
- Harsh environment deployments requiring maintenance‑free UPS operation
Compatibility:
- Compatible with Windows and Linux systems via RS‑232 interface.
- No driver installation required for basic operation.
- Optional Neousys Power Backup Parameter Configurer software for advanced settings.
### 5. Components & Accessories
Included Items (Packing List):
1. PB‑9250J‑SA main unit × 1
2. 3‑pin power terminal blocks × 2 (for DC input and output)
3. 10‑pin I/O terminal block × 1
4. DIN‑rail clip set (standard) / wall‑mount bracket (optional) × 1
5. DB9 (Female‑to‑Female) RS‑232 cable × 1
Optional Accessories:
- Additional DIN‑rail mounting kits
- Extended RS‑232 cables
- Additional PB‑9250J‑SA modules for daisy‑chain operation
Connectors and Indicators:
- Charging Current Switch: Selectable 5 A or 10 A charging rate.
- LED Indicators: Four green LEDs for supercapacitor energy level (25 %, 50 %, 75 %, 100 %) and orange/red LED for charging/discharging status.
- Reset Button: Recessed button for manual reset and factory default restore.
### 6. Installation & Setup
Mounting Options:
- DIN‑rail mount for industrial cabinets.
- Wall‑mount bracket for fixed installations.
Power Connection:
- Connect 12 – 35 V DC input to the 3‑pin terminal (V+, GND, IGN_IN).
- Connect output to the back‑end system via 3‑pin terminal (V+, GND, IGN_OUT).
- Ensure proper polarity and secure screw clamping for field reliability.
Charging Configuration:
- Select 5 A or 10 A charging current using the front panel switch.
- Approximate charging times (from 0 % to full):
- 24 V input @ 5 A: 90 – 110 s
- 12 V input @ 5 A: 170 – 200 s
- 24 V input @ 10 A: 40 – 60 s
- 12 V input @ 10 A: 60 – 90 s
System Integration:
- Connect PWR_BTN# signal pair to the system’s power button header for automatic boot/shutdown.
- Optionally connect SYS_STAT input to the system’s status output (5 – 24 V logic high = on).
- Configure operating mode via RS‑232 using Neousys Power Backup Parameter Configurer.
Software Setup:
- Windows systems should be configured to “Shut down” when the power button is pressed (Control Panel → Power Options).
- Use the Power Backup Parameter Configurer to adjust shutdown delays, voltage thresholds, and lifetime extension settings.
### 7. Performance & Capabilities
Energy Storage and Backup Time:
- Total Energy: 9250 J (fully charged)
- Estimated Backup Duration (depending on load):
- 0 – 50 W load: 130 – 680 s
- 50 – 100 W load: 60 – 130 s
- 100 – 150 W load: 30 – 60 s
- 150 – 200 W load: 15 – 30 s
Output Voltage Behavior:
- If input voltage ≥ 17 V → discharge output = 24 V.
- If input voltage < 17 V → discharge output = 12 V.
Efficiency and Reliability:
- Instantaneous switch‑over to backup mode (< milliseconds).
- High efficiency DC/DC conversion with minimal loss.
- No chemical degradation or memory effect as in battery‑based UPS systems.
Limitations:
- Backup time decreases with higher load power consumption.
- At elevated temperatures (> 65 °C), energy capacity is reduced unless lifetime extension mode is enabled.
### 8. Standards & Compliance
- EN 50155: Certified for railway applications and rolling stock equipment.
- IEC 61373:2010: Category 1 Class B shock and vibration compliance.
- EMC Compliance: EN 55032 (Class A) and EN 55035 for electromagnetic compatibility.
- CE and FCC Class A: Meets European and U.S. industrial EMC requirements.
- RoHS Compliance: Lead‑free and environmentally safe construction.
### 9. Additional Information
Warranty and Support:
- Covered by Neousys Technology’s standard hardware warranty policy.
- Firmware and documentation updates available via Neousys website or authorized service partners.
- Technical support available through regional offices in Taiwan, USA, and China.
Maintenance:
- No routine maintenance required due to supercapacitor design.
- Periodic visual inspection recommended for connectors and mounting hardware.
- Only qualified personnel should service the unit.
Safety Precautions:
- Ensure correct input voltage range before powering the device.
- Disconnect power and ground yourself before servicing.
- Avoid exposure to dust and static discharge sources during installation.
Firmware and Software Updates:
- Neousys may release updated firmware and configuration utilities to enhance performance or extend compatibility.
- Users can download the latest Power Backup Parameter Configurer from the official website.
Contact Information:
- Headquarters: 15F, No. 868‑3, Zhongzheng Rd., Zhonghe Dist., New Taipei City 23586, Taiwan
Tel: +886‑2‑2223‑6182 Fax: +886‑2‑2223‑6183 Email: sales@neousys‑tech.com
- Americas: 3384 Commercial Avenue, Northbrook, IL 60062, USA Tel: +1‑847‑656‑3298
- China: Room 612, Building 32, Guiping Road 680, Shanghai Tel: +86‑21‑61155366
### Summary
The Neousys PB‑9250J‑SA is a rugged, intelligent, and maintenance‑free supercapacitor‑based UPS module engineered for industrial and transportation environments. With 9250 J of energy storage, 180 W output capacity, and a wide operating temperature range, it ensures continuous operation and safe shutdown of critical embedded systems during power interruptions. Its patented CAP Energy Management Technology provides precise energy monitoring, automatic shutdown control, and lifetime extension capabilities. Certified to EN 50155 and IEC 61373 standards, the PB‑9250J‑SA is ideal for industrial automation, railway, and in‑vehicle applications requiring high reliability and long‑term operation without battery maintenance.
### 1. Product Overview
Product Name: Supercapacitor‑Based Uninterruptible 9250 J (Ws) Power Backup
Model: PB‑9250J‑SA
Series: PB‑J‑SA Industrial Supercapacitor UPS Modules
Article Number: PB‑9250J‑SA
Manufacturer: Neousys Technology Inc.
Manufacturer Website: [www.neousys‑tech.com](http://www.neousys‑tech.com)
Product Type: Standalone intelligent supercapacitor‑based uninterruptible power backup module for industrial and embedded computing systems.
Patent: R.O.C. Patent No. I598820 (CAP Energy Management Technology)
The PB‑9250J‑SA is an industrial‑grade, maintenance‑free, supercapacitor‑based uninterruptible power supply (UPS) designed to protect box‑PCs and embedded controllers from power interruptions. It provides 9250 joules of stored energy and up to 180 W output power, ensuring reliable system operation and safe shutdown during power loss.
### 2. Key Features
- Universal Compatibility: Works with virtually all industrial box‑PCs and embedded controllers without requiring additional drivers or software.
- Supercapacitor Energy Storage: Utilizes eight × 370 F / 3.0 V supercapacitors, offering 9250 W·s energy capacity and significantly longer lifespan than 2.7 V capacitor designs.
- High Durability: Over 10 years expected lifespan and 500,000 charge/discharge cycles under proper configuration.
- Wide Temperature Operation: Fully functional from –25 °C to +65 °C; operable up to 85 °C with reduced capacity.
- High Output Power: Delivers up to 180 W continuous output to the connected system.
- Patented CAP Energy Management Technology: Embedded microcontroller with proprietary firmware for real‑time energy monitoring, charge/discharge control, and automatic safe shutdown.
- Versatile Operating Modes:
- Normal Backup Mode – standard UPS operation.
- Ignition Control Mode – for systems without built‑in ignition control.
- Ignition Relay Mode – for in‑vehicle controllers.
- Daisy Chain Mode (PB‑9250J‑SA only) – allows multiple modules to be linked for extended backup time.
- Maintenance‑Free Operation: No battery replacement required; supercapacitors provide long‑term reliability.
- Certified for Harsh Environments: EN 50155 certified for railway and transportation applications; compliant with IEC 61373 shock and vibration standards.
- Automatic Boot and Shutdown Control: Manages system power‑on/off sequences via RS‑232 and isolated DIO interfaces.
- Compact and Rugged Design: 82.5 × 175.2 × 128.2 mm aluminum enclosure with DIN‑rail and wall‑mount options.
### 3. Technical Specifications
Supercapacitor Configuration
- Composition: 8 × 370 F / 3.0 V supercapacitors
- Energy Capacity: 9250 W·s (Joules)
- Expected Lifespan: > 10 years (when charged to 6525 J using 4.8× Lifetime Extension setting)
- Lifecycle: 500,000 charge/discharge cycles
Power Specifications
- Input Voltage: 12 – 35 V DC
- Input Connector: 1 × 3‑pin pluggable terminal block (V+, GND, IGN_IN)
- Output Voltage: 12 V or 24 V (software‑configurable)
- Output Power: Maximum 180 W
- Output Connector: 1 × 3‑pin pluggable terminal block (V+, GND, IGN_OUT)
- Charge Mode: DC IN bypass (DC_OUT = DC_IN)
- Discharge Mode: regulated 12 V or 24 V output
I/O Interfaces
- RS‑232 COM Port: 1 × DB9 (3‑wire RS‑232) for communication and configuration
- Isolated DIO: 1 × 10‑pin pluggable terminal block providing PWR_BTN# output and SYS_STAT input
Mechanical & Environmental
- Dimensions: 82.5 mm (W) × 175.2 mm (H) × 128.2 mm (D)
- Weight: 1.70 kg
- Mounting: DIN‑rail and wall‑mount brackets included
- Operating Temperature: –25 °C to +65 °C (full capacity); –40 °C to +85 °C (reduced capacity)
- Storage Temperature: –40 °C to +85 °C
- Vibration: IEC 61373:2010 Category 1 Class B Body Mounted
- Shock: IEC 61373:2010 Category 1 Class B Body Mounted
- EMC Compliance: EN 50155:2007, CE/FCC Class A (EN 55032, EN 55035)
### 4. Functionality
The PB‑9250J‑SA functions as a standalone intelligent power backup for industrial computers. It continuously monitors input DC power and charges its internal supercapacitors. When external power is lost, it instantly switches to discharge mode, supplying regulated 12 V or 24 V output to the connected system, ensuring uninterrupted operation and controlled shutdown.
Operating Modes:
1. Normal Backup Mode:
- Standard UPS operation for general industrial use.
- Automatically charges when DC power is present.
- Provides backup power during outages and initiates safe shutdown via PWR_BTN# signal.
2. Ignition Control Mode:
- Designed for box‑PCs without ignition control.
- Responds to IGN input signal to power on/off the system with user‑defined delays.
3. Ignition Relay Mode:
- For in‑vehicle controllers with existing IGN control.
- Passes IGN signal through to the system while providing backup power during blackouts.
4. Daisy Chain Mode (PB‑9250J‑SA only):
- Multiple modules can be linked to increase total energy capacity and backup duration.
- Requires 24 V or higher input voltage and adequate power supply current (8 A for 5 A charging, 13 A for 10 A charging).
Use Cases and Applications:
- Industrial automation controllers and embedded box‑PCs
- Transportation and railway systems (EN 50155 certified)
- In‑vehicle computing and mobile data acquisition
- Edge AI and machine vision systems requiring graceful shutdown
- Harsh environment deployments requiring maintenance‑free UPS operation
Compatibility:
- Compatible with Windows and Linux systems via RS‑232 interface.
- No driver installation required for basic operation.
- Optional Neousys Power Backup Parameter Configurer software for advanced settings.
### 5. Components & Accessories
Included Items (Packing List):
1. PB‑9250J‑SA main unit × 1
2. 3‑pin power terminal blocks × 2 (for DC input and output)
3. 10‑pin I/O terminal block × 1
4. DIN‑rail clip set (standard) / wall‑mount bracket (optional) × 1
5. DB9 (Female‑to‑Female) RS‑232 cable × 1
Optional Accessories:
- Additional DIN‑rail mounting kits
- Extended RS‑232 cables
- Additional PB‑9250J‑SA modules for daisy‑chain operation
Connectors and Indicators:
- Charging Current Switch: Selectable 5 A or 10 A charging rate.
- LED Indicators: Four green LEDs for supercapacitor energy level (25 %, 50 %, 75 %, 100 %) and orange/red LED for charging/discharging status.
- Reset Button: Recessed button for manual reset and factory default restore.
### 6. Installation & Setup
Mounting Options:
- DIN‑rail mount for industrial cabinets.
- Wall‑mount bracket for fixed installations.
Power Connection:
- Connect 12 – 35 V DC input to the 3‑pin terminal (V+, GND, IGN_IN).
- Connect output to the back‑end system via 3‑pin terminal (V+, GND, IGN_OUT).
- Ensure proper polarity and secure screw clamping for field reliability.
Charging Configuration:
- Select 5 A or 10 A charging current using the front panel switch.
- Approximate charging times (from 0 % to full):
- 24 V input @ 5 A: 90 – 110 s
- 12 V input @ 5 A: 170 – 200 s
- 24 V input @ 10 A: 40 – 60 s
- 12 V input @ 10 A: 60 – 90 s
System Integration:
- Connect PWR_BTN# signal pair to the system’s power button header for automatic boot/shutdown.
- Optionally connect SYS_STAT input to the system’s status output (5 – 24 V logic high = on).
- Configure operating mode via RS‑232 using Neousys Power Backup Parameter Configurer.
Software Setup:
- Windows systems should be configured to “Shut down” when the power button is pressed (Control Panel → Power Options).
- Use the Power Backup Parameter Configurer to adjust shutdown delays, voltage thresholds, and lifetime extension settings.
### 7. Performance & Capabilities
Energy Storage and Backup Time:
- Total Energy: 9250 J (fully charged)
- Estimated Backup Duration (depending on load):
- 0 – 50 W load: 130 – 680 s
- 50 – 100 W load: 60 – 130 s
- 100 – 150 W load: 30 – 60 s
- 150 – 200 W load: 15 – 30 s
Output Voltage Behavior:
- If input voltage ≥ 17 V → discharge output = 24 V.
- If input voltage < 17 V → discharge output = 12 V.
Efficiency and Reliability:
- Instantaneous switch‑over to backup mode (< milliseconds).
- High efficiency DC/DC conversion with minimal loss.
- No chemical degradation or memory effect as in battery‑based UPS systems.
Limitations:
- Backup time decreases with higher load power consumption.
- At elevated temperatures (> 65 °C), energy capacity is reduced unless lifetime extension mode is enabled.
### 8. Standards & Compliance
- EN 50155: Certified for railway applications and rolling stock equipment.
- IEC 61373:2010: Category 1 Class B shock and vibration compliance.
- EMC Compliance: EN 55032 (Class A) and EN 55035 for electromagnetic compatibility.
- CE and FCC Class A: Meets European and U.S. industrial EMC requirements.
- RoHS Compliance: Lead‑free and environmentally safe construction.
### 9. Additional Information
Warranty and Support:
- Covered by Neousys Technology’s standard hardware warranty policy.
- Firmware and documentation updates available via Neousys website or authorized service partners.
- Technical support available through regional offices in Taiwan, USA, and China.
Maintenance:
- No routine maintenance required due to supercapacitor design.
- Periodic visual inspection recommended for connectors and mounting hardware.
- Only qualified personnel should service the unit.
Safety Precautions:
- Ensure correct input voltage range before powering the device.
- Disconnect power and ground yourself before servicing.
- Avoid exposure to dust and static discharge sources during installation.
Firmware and Software Updates:
- Neousys may release updated firmware and configuration utilities to enhance performance or extend compatibility.
- Users can download the latest Power Backup Parameter Configurer from the official website.
Contact Information:
- Headquarters: 15F, No. 868‑3, Zhongzheng Rd., Zhonghe Dist., New Taipei City 23586, Taiwan
Tel: +886‑2‑2223‑6182 Fax: +886‑2‑2223‑6183 Email: sales@neousys‑tech.com
- Americas: 3384 Commercial Avenue, Northbrook, IL 60062, USA Tel: +1‑847‑656‑3298
- China: Room 612, Building 32, Guiping Road 680, Shanghai Tel: +86‑21‑61155366
### Summary
The Neousys PB‑9250J‑SA is a rugged, intelligent, and maintenance‑free supercapacitor‑based UPS module engineered for industrial and transportation environments. With 9250 J of energy storage, 180 W output capacity, and a wide operating temperature range, it ensures continuous operation and safe shutdown of critical embedded systems during power interruptions. Its patented CAP Energy Management Technology provides precise energy monitoring, automatic shutdown control, and lifetime extension capabilities. Certified to EN 50155 and IEC 61373 standards, the PB‑9250J‑SA is ideal for industrial automation, railway, and in‑vehicle applications requiring high reliability and long‑term operation without battery maintenance.
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