Total: $3.500,00
AceBox is a high-performance accelerograph built on the SL06 platform, equipped with three Force Balance Accelerometers (SA-10) capable of recording high-resolution seismic signals and storing them on an embedded USB memory for secure data retention.
It supports real-time data transmission via SeedLink and integrates with leading seismic software such as Earthworm, Seislog, and SeisComP. With ultra-low noise performance, a rugged aluminum enclosure, and multiple internet connectivity options, AceBox ensures precise, reliable, and high-quality seismic monitoring in any environment.
$4.994,00 – $5.071,00
The SL06 ACEBOX is a compact, all-in-one high-resolution accelerograph designed for fast and efficient seismic monitoring. Built on the field-proven SL06 recorder, it integrates three force balance accelerometers from the SA10 series, ensuring high precision and reliability. With an ultra-fast deployment time, the ACEBOX is fully operational within seconds of being powered on, making it an ideal choice for various seismic applications.
Housed in a robust aluminum casing treated for corrosion resistance, the ACEBOX is designed for long-term outdoor deployment with minimal environmental protection. Its compact size, durability, and strong ground coupling make it an essential instrument for seismic monitoring in diverse conditions.
Why Choose ACEBOX?
Widely used worldwide, ACEBOX has gained significant adoption in Turkey, with numerous units deployed by AFAD (Turkey Civil Defense Department) and various local observatories and research institutions. Its ultra-fast data transmission capabilities, rugged design, and superior accuracy make it the preferred choice for seismic monitoring and early warning systems.
| Weight | N/A |
|---|---|
| Dimensions | N/A |
| TYPE | ACEBOX 24-BIT, ACEBOX 32-BIT |
Ultra-Low Noise Design – Ensures high signal fidelity for precise seismic data acquisition. Integrated Force Balance Accelerometer (FBA) – Equipped with ultra-low noise sensors and minimal cross-axis sensitivity. No Mass-Lock Required – Robust suspension system eliminates the need for mass-locking. Advanced Synchronization – GPS-synchronized; PPS or NTP supported when GPS is unavailable. Wide Power Supply Range – Operates on 9-36V DC with an optional internal backup UPS battery. Edge Computing Power – Supports real-time alerting algorithms, including P-wave analysis for early warnings. Ultra-Fast SeedLink Streaming – Streams up to 10 packets per second, making it ideal for Earthquake Early Warning Systems (EEWS). Flexible Networking Options – Supports TCP, SSH, FTP, HTTP, ModBus, MQTT, Telnet, Telegram, and SMS. Firewall and VPN Compatibility – Works seamlessly behind NAT filters and firewalls. High-Capacity Data Storage – Supports microSD and USB storage for continuous and event-triggered recordings. Automated Frequency Analysis – Includes automatic peak-picking with frequency shift alarm reports. Web-Based Configuration & Management – User-friendly interface accessible through any web browser. Durable & Weatherproof – IP68-rated protection for operation in harsh environments. Compliant with International Standards – Real-time measurements conforming to UNI9916 norms. Response File Availability – Pre-configured for IRIS NRL repository compatibility.Technical Specifications
Power Supply: 9-36V DC, optional internal UPS backup battery
Power Consumption: <3.2W (GPS on, real-time streaming, memory writing)
Number of Channels: 3 with Sigma-Delta high-resolution ADC (24-bit or optional 32-bit system)
Input Range: Selectable 0.8g, 1g, 2g, 4g (custom configurations available upon request)
Dynamic Range: 144dB (141dB Peak over RMS at 2g and 100 SPS); 32-bit version available with up to 162dB
Sampling Rates: 1 to 1500 Hz (customizable upon request)
Anti-Aliasing Filter: Analog and Digital FIR (customizable upon request)
Clock Synchronization: GPS-disciplined RTC with ±10ppm accuracy (-20°C to +50°C)
GPS Antenna: External, 10m coaxial cable with BNC connector
GPS Type: Multi-constellation receiver with status, coordinates, elevation, and satellite count
Messaging & Alerts: Telegram bot/group notifications, SMS alerts
Data Connectivity: Ethernet (10/100), RS232, RS485 (optional)
Storage: MicroSD and USB mass storage
Data Formats: GSEcm6, GSEint, SAC, SAF, miniSEED
Recording Modes: Continuous and event-triggered
Triggering Options: STA/LTA, amplitude, IP voting, scheduled; fully independent filtering with pre/post-event buffering (1 to 10,000 seconds)
Health Monitoring: Memory, power status, reference voltage, sensor test pulse, and peer status in voting systems
Sensor Testing: Test pulse applied to the force feedback loop (additional options available upon request)
Protection Grade: IP68-rated for harsh environmental conditions
Mounting & Anchoring: Keyhole bottomside with three leveling feet, wall-mountable
Control Panel: LCD (16×2) with three buttons for system checks and setup
Housing: Machined aluminum block for durability
Connectors: MIL-C-26842 series (10, 18, 19, 26-pin configurations)
Operating Temperature Range: -20°C to +70°C Dimensions & Weight: 205x170x107 mm; approximately 4 kg (varies with embedded sensors) Certifications: CE-compliant
Force Balance Sensor SA10 Series (Refer to SA10 datasheet for full details)
Cross-Axis Sensitivity: <0.1%
Linearity: <0.02% full scale
Noise Floor: <60 ng/√Hz Applications
Earthquake Early Warning Systems (EEWS) Aftershock Studies Reservoir Microseismic Monitoring
Operational Modal Analysis (OMA)
Structural Health Monitoring (SHM)The SL06 ACEBOX is a compact, all-in-one high-resolution accelerograph designed for fast and efficient seismic monitoring. Built on the field-proven SL06 recorder, it integrates three force balance accelerometers from the SA10 series, ensuring high precision and reliability. With an ultra-fast deployment time, the ACEBOX is fully operational within seconds of being powered on, making it an ideal choice for various seismic applications.
Housed in a robust aluminum casing treated for corrosion resistance, the ACEBOX is designed for long-term outdoor deployment with minimal environmental protection. Its compact size, durability, and strong ground coupling make it an essential instrument for seismic monitoring in diverse conditions.
Why Choose ACEBOX?
Widely used worldwide, ACEBOX has gained significant adoption in Turkey, with numerous units deployed by AFAD (Turkey Civil Defense Department) and various local observatories and research institutions. Its ultra-fast data transmission capabilities, rugged design, and superior accuracy make it the preferred choice for seismic monitoring and early warning systems.
| Weight | N/A |
|---|---|
| Dimensions | N/A |
| TYPE | ACEBOX 24-BIT, ACEBOX 32-BIT |
Ultra-Low Noise Design – Ensures high signal fidelity for precise seismic data acquisition. Integrated Force Balance Accelerometer (FBA) – Equipped with ultra-low noise sensors and minimal cross-axis sensitivity. No Mass-Lock Required – Robust suspension system eliminates the need for mass-locking. Advanced Synchronization – GPS-synchronized; PPS or NTP supported when GPS is unavailable. Wide Power Supply Range – Operates on 9-36V DC with an optional internal backup UPS battery. Edge Computing Power – Supports real-time alerting algorithms, including P-wave analysis for early warnings. Ultra-Fast SeedLink Streaming – Streams up to 10 packets per second, making it ideal for Earthquake Early Warning Systems (EEWS). Flexible Networking Options – Supports TCP, SSH, FTP, HTTP, ModBus, MQTT, Telnet, Telegram, and SMS. Firewall and VPN Compatibility – Works seamlessly behind NAT filters and firewalls. High-Capacity Data Storage – Supports microSD and USB storage for continuous and event-triggered recordings. Automated Frequency Analysis – Includes automatic peak-picking with frequency shift alarm reports. Web-Based Configuration & Management – User-friendly interface accessible through any web browser. Durable & Weatherproof – IP68-rated protection for operation in harsh environments. Compliant with International Standards – Real-time measurements conforming to UNI9916 norms. Response File Availability – Pre-configured for IRIS NRL repository compatibility.Technical Specifications
Power Supply: 9-36V DC, optional internal UPS backup battery Power Consumption: <3.2W (GPS on, real-time streaming, memory writing) Number of Channels: 3 with Sigma-Delta high-resolution ADC (24-bit or optional 32-bit system) Input Range: Selectable 0.8g, 1g, 2g, 4g (custom configurations available upon request) Dynamic Range: 144dB (141dB Peak over RMS at 2g and 100 SPS); 32-bit version available with up to 162dB Sampling Rates: 1 to 1500 Hz (customizable upon request) Anti-Aliasing Filter: Analog and Digital FIR (customizable upon request) Clock Synchronization: GPS-disciplined RTC with ±10ppm accuracy (-20°C to +50°C) GPS Antenna: External, 10m coaxial cable with BNC connector GPS Type: Multi-constellation receiver with status, coordinates, elevation, and satellite count Messaging & Alerts: Telegram bot/group notifications, SMS alerts Data Connectivity: Ethernet (10/100), RS232, RS485 (optional) Storage: MicroSD and USB mass storage Data Formats: GSEcm6, GSEint, SAC, SAF, miniSEED Recording Modes: Continuous and event-triggered Triggering Options: STA/LTA, amplitude, IP voting, scheduled; fully independent filtering with pre/post-event buffering (1 to 10,000 seconds) Health Monitoring: Memory, power status, reference voltage, sensor test pulse, and peer status in voting systems Sensor Testing: Test pulse applied to the force feedback loop (additional options available upon request) Protection Grade: IP68-rated for harsh environmental conditions Mounting & Anchoring: Keyhole bottomside with three leveling feet, wall-mountable Control Panel: LCD (16×2) with three buttons for system checks and setup Housing: Machined aluminum block for durability Connectors: MIL-C-26842 series (10, 18, 19, 26-pin configurations) Operating Temperature Range: -20°C to +70°C Dimensions & Weight: 205x170x107 mm; approximately 4 kg (varies with embedded sensors) Certifications: CE-compliant Force Balance Sensor SA10 Series (Refer to SA10 datasheet for full details)
Cross-Axis Sensitivity: <0.1% Linearity: <0.02% full scale Noise Floor: <60 ng/√Hz Applications
Earthquake Early Warning Systems (EEWS) Aftershock Studies Reservoir Microseismic Monitoring Operational Modal Analysis (OMA) Structural Health Monitoring (SHM)
