Acoem AT-300 Laser Shaft Alignment
- Next-Generation Accuracy: Features a high-performance digital line laser system with intelligent M10/S10 sensors.
- Guided Interface: Built-in GuideU workflow and True Live feature offer clear step-by-step guidance and real-time shaft positioning.
- Advanced Alignment Apps: Includes SoftCheck, FeetLock, VertiZontal, and thermal expansion targets to simplify complex setups.
- Complete Field Kit: Supplied in a durable transport case with an 8-inch rugged display tablet, brackets, chains, and mounting hardware.
- In-stock items are delivered within 2 business days.
- We are not Supporting COD Payments Terms Outside UAE
- For out-of-stock items, delivery may take 2 to 4 business weeks.
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Acoem AT-300 Laser Shaft Alignment Tool for Professional Alignment Tasks
The Acoem AT-300 Laser Shaft Alignment Tool is a next-generation digital line laser system engineered to deliver fast, consistent, and repeatable shaft alignment in demanding industrial environments. With advanced software functions, intelligent sensors, and a rugged portable kit, it helps maintenance and engineering teams improve machine reliability while reducing alignment time on site.
Each AT-300 system is supplied as a complete alignment kit, ready to go from case to machine. The solution covers a wide range of horizontal and vertical machine configurations, including machines with multiple foot pairs and offset shafts, and supports both standard and advanced alignment workflows.
Key Features of the Acoem AT-300 Laser Shaft Alignment Tool
- Next-generation digital line laser system for precise shaft alignment
- Extensive software functionality to boost productivity and alignment efficiency
- Streamlined, user-friendly interface to simplify navigation and shorten learning time
- Intelligent sensor technology that provides swift and accurate measurement results
- GuideU™ guided interface for step-by-step operation and clear visual instructions
- True Live™ function for real-time display of both shaft positions during alignment
- PDF report generation including graphs and measurement data for full documentation
- Ability to take pictures of machines and include them directly in reports
- Centralized report storage and workorder sharing to support team-based maintenance
Software Functions of Acoem AT-300 Laser Shaft Alignment Tool
- SoftCheck™ – Detects the presence of soft foot and helps you achieve a reliable alignment baseline.
- FeetLock™ – Provides automatic guidance when dealing with base-bound or bolt-bound conditions.
- VertiZontal™ – Allows you to align machines in horizontal and vertical directions in one combined move, saving time and adjustments.
- Target Values – Lets you pre-set thermal growth or other target values so the alignment reflects the machine’s running condition.
- Multiple Feet Function – Supports machines with more than two pairs of feet, simplifying complex drive trains.
- Spacer Shaft Function – Handles membrane coupling and spacer shaft configurations accurately.
- Offset Function – Enables alignment of horizontally and vertically mounted machines with offset drive arrangements.
- HotCheck™ – Compares cold and hot condition measurements so you can evaluate thermal expansion behavior.
Measuring Methods with the Acoem AT-300 Laser Shaft Alignment Tool
The Acoem AT-300 supports several proven measuring methods so you can select the workflow that best fits the application and available access around the machine.
- Tripoint Method – Alignment condition is calculated by taking three measurement points while rotating the shaft at least 60°. All points are entered manually, giving good flexibility when space is limited.
- Multipoint Method – Allows measurement to start at any rotational position and records multiple points. This method is particularly suitable for turbines and sliding bearing applications.
- Tripoint Express Method – A semi-automatic version of the Tripoint workflow that provides automated measurement guidance throughout rotation.
- Clock Method – Uses three points taken at 180° of rotation to calculate machine positions in a traditional clock-style sequence.
Complete Acoem AT-300 Laser Shaft Alignment Tool Kit
The AT-300 D package is supplied in a robust transport case with dedicated foam inlays and includes everything required to perform professional laser shaft alignment jobs.
- Acoem Alignment Display (rugged tablet for running the alignment software)
- Acoem M10 sensor unit
- Acoem S10 sensor unit
- Magnetic base ON–OFF
- Extension fixture 49 mm
- Rod kit
- Chain 8 mm, 60 links (≈970 mm)
- Magnetic V‑bracket
- Tape measure 5 m with label
- V‑bracket complete
- Angled universal tool
- Acoem USB
- Spacer magnet V‑brackets
- USB‑cable A‑mini B 2 m
- Power supply 4 USB‑ports, 5 VDC
- Quick Guide AT
With this configuration, the Acoem AT-300 Laser Shaft Alignment Tool delivers a ready-to-use solution that supports field maintenance, workshop alignment, and long-term reliability programs.
Specifications
Acoem AT-300 Laser Shaft Alignment Tool Technical Specifications
| Category | Specifications |
|---|---|
| Hardware Type | M10 1-1216, S10 1-1217 |
| Physical | |
| Housing Material | Anodized Aluminum frame and high impact ABS plastic overmolded with TPE rubber |
| Weight | M10: 212 g (7.5 oz) / S10: 188 g (6.6 oz) |
| Dimensions | M: 92mm x 77mm x 33mm | S: 88mm x 77mm x 33mm |
| Environment | |
| Operating Temp | -10 to 50 °C (14 to 122 °F) |
| Storage Temp | -20 to 70 °C (-4 to 158 °F) |
| Long term storage Temp | 18 to 28 °C (64 to 82 °F) |
| Battery Charging Temp | 0 to 40 °C (32 to 104 °F) |
| Relative humidity | 10 – 90% |
| Environmental protection | IP65 (Dust tight and protected against water jets) |
| Sensing Technology | |
| Laser | 650 nm class II diode laser |
| Laser power | < 1 mW |
| Measurement distance | Up to 15m |
| Detector | 3rd gen. digital sensor |
| Detector angular subtense | 30mrad/m (3mm/100mm per meter) |
| Detector resolution | 1 µm |
| Measurement accuracy | 0.3% ± 7 µm |
| Signal processing | Digital signal processing with sidespot rejection, edge detection, ambient light elimination and anti-vibration mode |
| Ambient light protection | Optical filtering and ambient light signal rejection |
| Inclinometer | Dual High Performance MEMS inclinometers |
| Inclinometer resolution | 0.01° |
| Inclinometer accuracy | ± 0.2° |
| Gyroscope | 6-Axis MEMS Inertial Motion Sensor with drift compensation and automatic field calibration |
| Gyroscope accuracy | ± 1° |
| Battery | |
| Type | High performance Li-Ion rechargeable battery or external power |
| Operating time | 20 hours continuous use (measuring) |
| Charging | 8 h |
| LED indicators | Unit state, laser transmission and 5 battery status indicators with instant battery check |
| Communication | |
| Wireless communication | Bluetooth low energy (Bluetooth 5) |
| Communication range | 10 m (33 ft) |
| Connectors | 1 USB Mini port (IP67) |
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