Smart Logger Technology by ART logics
📌 Introduction to Logging Technology
Logging technology is essential in numerous advanced engineering and research fields where accurate, high-speed, and multi-parameter data acquisition is critical. ART Logics has developed a cutting-edge series of loggers designed to capture electrical signals with exceptional precision across various physical domains: voltage, current, frequency, digital status, and temperature.
🌐 Applications Across Industries
– 🚗 Automotive: For R&D, endurance testing, and electronic controller validation.
– ✈️ Aerospace: Monitoring hundreds of I/O signals in flight control or avionics systems.
– 🔋 EV & Energy Storage: Cell simulation monitoring and real-time signal analysis.
– 🌡 Temperature Monitoring: Continuous measurement of sensor behavior in test environments.
– ⚡ High-speed electronics: Capturing microsecond or nanosecond events.
✨ Unique Features of ART Logics Smart Loggers
✅ **Ground-Isolated Inputs**: Each input channel is fully isolated, enabling safe monitoring of battery cells in high-voltage packs without ground-loop interference.
⚡ **High-Speed Logging per Channel**: Unlike systems that share bandwidth across channels, our loggers support up to 10 MHz sampling *per channel*, allowing parallel high-speed measurements on all channels.
🎯 **Independent Channel Control**: Start/stop triggers can be set per channel. You’re not forced to synchronize all channels unless required.
🧠 **Embedded Real-Time Analysis**: Our loggers integrate a real-time processor that performs data recording and logic operations without needing a PC. This ensures immediate reaction to events such as threshold breaches or abnormal patterns.
🔄 **Trigger-Based Actions**: Users can configure trigger rules (e.g., voltage threshold) to initiate custom actions:
– digital outputs
– trigger another logger channel
– save snapshot to SD card
🔗 **Bus Integration**: Seamless logging of automotive and industrial protocols (CAN, LIN, Ethernet). You can monitor physical signals and trigger protocol-level commands based on embedded logic.
📦 Product Snapshot: SCU5 to 20 Smart Loggers
- Voltage Inputs: 8 channels, ±10V / ±40V range, 16-bit resolution, up to 1 MHz per channel
- Current Inputs: 8 channels, ±40mV range, 16-bit resolution, up to 1 MHz per channel
- Frequency/Counter Inputs: 8 channels, up to 100 kHz, -19V to +19V input range
- High-Speed Voltage Channel: 1 channel up to 10 MHz (±15V, 12-bit)
- Communication: Ethernet TCP/IP, USB-C, RS-232
- Storage: SD card for standalone operation
- Size: 200mm x 145mm x 54mm
- Power Supply: 24V DC, 90mA
📦 High voltage measurements: SCU5 Smart Logger
- 12 high-voltage isolated channels (from 300V up to 1500V)
⚙️ Operation Modes
- Single Sampling Mode– Manual short recordings
- Long-Term Sampling Mode – Continuous acquisition
- Trigger Sampling Mode – Event-triggered capture with digital sync input
💻 Software & Integration
– 🧰 C# DLLs and LabVIEW VIs provided
– 🖥 Ready-to-use GUI application
– 🔁 Programmable APIs and external clock input
– 💾 SD Card support for embedded logging
🔎 Why Choose ART Logics Smart Loggers?
ART Logics delivers unmatched flexibility, precision, and intelligence in data logging. Whether you’re simulating battery cells, monitoring critical control signals, or validating high-speed components, our Smart Logger series offers reliable, embedded, high-performance tools designed for next-gen engineering challenges.
ART Logics Smart Logger Product Series Overview
ART Logics offers a comprehensive suite of smart logging solutions for diverse industry applications — from automotive and aerospace to EV battery systems and high-speed electronics. These loggers capture voltage, current, frequency, digital, and temperature signals with extreme accuracy, high speed, and embedded intelligence — all without the need for a connected PC.
Below is an overview of our complete logger series, with highlights of their unique specifications and target applications.
SCU5 Series – Mid-Speed Embedded Smart Logger
- 16 channels (Voltage/Current/Frequency/Temperature)
- (±10V or ±40V 16 bits / ±40mV for current inputs)
- Sampling Rate: Up to 100 kHz per channel
- Ground-Isolated Inputs: Yes
- Embedded SD storage and logic actions
- Protocol support: USB-C, Ethernet (optional)
- Ideal for: Vehicle I/O monitoring, endurance testing, BMS system capture
SCU10 Series – High-Speed Smart Logger (1 MHz)
- 8 voltage + 8 current inputs (±15V / ±40mV)
- Sampling Rate: Up to 1 MHz per channel
- 16-bit ADC Resolution
- Trigger Logic, SD card logging
- Ethernet & USB interfaces
- Ideal for: ECU timing analysis, analog response verification
SCU20-4 Series – Ultra-Precision Logger (4 MHz)
- 16 Voltage/Current Channels
- Sampling Rate: 4 MHz
- Real-time detection and trigger-based storage
- Embedded logic for instant reaction
- Ideal for: Inverter signal tracking, fast analog capture
SCU20 Series – Ultra-Fast Logger (10 MHz)
- 1 channel high-speed (10 MHz), others at 1 MHz
- 8 total channels
- Embedded actions on trigger events
- LabVIEW & C# API, GUI interface provided
- Ideal for: Critical high-speed analog monitoring
Bus Logger Series – CAN / Ethernet / LIN
- Logging of digital bus communication (CAN, LIN, Ethernet)
- Timestamp accuracy: 10 μs
- Simultaneous multi-bus capture
- Configurable filters and triggering
- Ideal for: Automotive network debugging, protocol validation
High-Voltage Logger Series – Isolated HV Monitoring
- 12 high-voltage isolated channels (from 300V up to 1500V)
- Resolution: 0.001V
- Sampling Rate: 100 kHz per channel
- Embedded trigger logic
- Ideal for: Battery pack cell tap monitoring, inverter output capture
Temperature Logger Series – NTC/PT100 Sensor Logging
- 16 temperature inputs (NTC or PT100)
- Measurement range: -40°C to +125°C
- Sampling Rate: 10 Hz to 10 kHz
- Embedded limit detection and logging
- Ideal for: Thermal endurance tests, lab monitoring
📊 Logger Series Comparison Table
|
Series |
Channels |
Max Speed |
Resolution |
Isolation |
Bus Support |
Embedded Logic |
Best For |
|
SCU5 |
16 |
100 kHz |
16-bit |
Yes |
Optional |
Yes |
Vehicle signal logging |
|
SCU10 |
16 |
1 MHz |
16-bit |
Yes |
Yes |
Yes |
Fast analog capture |
|
SCU20-4 |
16 |
4 MHz |
16-bit |
Yes |
Yes |
Yes |
Fast multi-channel logging |
|
SCU20 |
8 |
10 MHz |
12-bit / 16-bit |
Yes |
Yes |
Yes |
Critical signal tracking |
|
Bus Logger |
N/A |
10 μs timestamp |
Bus |
N/A |
CAN/LIN/Ethernet |
Yes |
Protocol analysis |
|
HV Logger |
12-300V to 1500V |
100 kHz |
0.001V |
Yes |
Optional |
Yes |
Battery pack HV taps |
|
Temp Logger |
16 |
10 kHz |
±0.5°C |
Yes |
Optional |
Yes |
Thermal testing |