A unified eight-channel synchronized architecture with five focused models across the AQ Pro, AQ Sense and AQ Field families. Select by signal input, acquisition speed, field deployment and system scale while keeping one software workflow.统一八通道同步架构，由 AQ Pro、AQ Sense 与 AQ Field 三个产品家族的五款型号组成。根据信号输入、采集速度、现场部署与系统规模选型，同时保持统一的软件工作流。
Every model begins with eight synchronized channels. Their differences are deliberate: input conditioning, maximum acquisition speed, cascading and field workflow.每款型号都以八通道同步采集为基础，差异集中在输入调理、最高采集速度、级联能力与现场工作方式。
One synchronized front end for vibration, voltage, bridge strain, stress, force and pressure.在同一同步前端中完成振动、电压、桥路应变、应力、力与压力测量。
A concentrated bridge-measurement chain for structural strain, stress and load testing.面向结构应变、应力与荷载试验的桥路专用测量链。
High-speed synchronized acquisition for dynamic signals without bridge-strain conditioning.面向动态信号的高速同步采集，不包含桥路应变调理。
A standalone field route that brings bridge and dynamic sensor inputs into one portable task.面向现场独立任务，在一套设备中组合桥路与动态传感器输入。
Eight synchronized IEPE acceleration channels with direct host or local recording.八路 IEPE 加速度同步采集，可直连主机或进行本地记录。
Maximum sample rate is stated per synchronized channel. AQ Field 4108 sample rates follow the confirmed channel and input configuration.最高采样率均按每个同步通道标注；AQ Field 4108 采样率随确认后的通道与输入配置确定。
← Scroll horizontally to compare all fields →← 左右滑动查看完整选型矩阵 →
| Series系列 | Measurement input测量输入 | Maximum sample rate最高采样率 | Cascading级联 | Recommended use推荐场景 |
|---|---|---|---|---|
| AQ Pro 1108MULTI-PHYSICS FLAGSHIP多物理量旗舰 | IEPE / ICP · differential voltage · full / half / quarter bridge差分电压 · 全桥 / 半桥 / 四分之一桥 | 256 kS/s/ch | Supported支持 | High-performance mixed-sensor tests and scalable laboratories高性能多传感器测试与可扩展实验室系统 |
| AQ Sense 2108BRIDGE STRAIN DEDICATED应力应变专用 | Full / half / three-wire quarter bridge全桥 / 半桥 / 三线四分之一桥 | 1 kS/s/ch | Supported支持 | Static and low-frequency strain, load tests, long records静态及低频应变、荷载试验、长时记录 |
| AQ Sense 3108HIGH-SPEED DYNAMICS高速动态专用 | IEPE / ICP · magnetoelectric velocity · voltage · current by configuration磁电速度 · 电压 · 电流按配置确认 | 204.8 kS/s/ch | Supported支持 | Modal, transient and high-speed dynamic measurement模态、瞬态与高速动力测量 |
| AQ Field 4108FIELD SIGNAL FUSION现场多信号融合 | Bridge strain · IEPE / ICP · magnetoelectric velocity桥路应变 · IEPE / ICP · 磁电速度 | Dynamic / bridge rates by configuration动态 / 桥路采样率 按配置确认 |
Standalone独立使用 | On-site mixed-signal tests with a project-confirmed input combination按项目确认输入组合的现场混合信号测试 |
| AQ Field 5108FIELD IEPE DEDICATED现场 IEPE 专用 | IEPE / ICP · 8 × BNC · 4 mA/ch | 102.4 kS/s/ch | Standalone独立使用 | IEPE-only vibration, impact and modal tests · USB / TF recordIEPE 专用振动、冲击与模态测试 · USB / TF 记录 |
The sensor list decides the input chain. Frequency, channel scale and recording method then narrow the choice.先由传感器清单确定输入链，再用频率、通道规模与记录方式收敛型号。
Separate IEPE, bridge strain, magnetoelectric and voltage/current inputs.先区分 IEPE、桥路应变、磁电与电压/电流输入。
Use the highest useful signal frequency to determine sample-rate margin.以有效信号最高频率确定采样率余量。
One unit provides eight synchronized channels; larger systems require a cascading route.单台提供八路同步通道，更大规模系统应选择可级联路线。
Choose between scalable bench systems and independent field acquisition tasks.在可扩展台式系统与现场独立采集任务之间选择。
Confirm live monitoring, local recording, duration and file-integrity requirements.确认实时监看、本地记录、持续时间与文件完整性要求。
All sensors are IEPE and eight channels are sufficient; USB or TF recording is required.全部为 IEPE 传感器，八通道即可，并需要 USB 或 TF 记录。
Inputs are bridge strain only, with static or low-frequency response and possible channel expansion.全部为桥路应变，关注静态或低频响应，并可能扩展通道规模。
The task needs fast dynamic inputs and cascading, but no bridge-strain conditioning.需要高速动态输入与级联，但不需要桥路应变调理。
A standalone field task combines bridge and dynamic sensors; confirm the input combination for the project.现场独立任务同时包含桥路与动态传感器，输入组合按项目确认。
The test combines vibration, voltage and bridge measurements, or needs the broadest synchronized capability.试验同时包含振动、电压与桥路测量，或需要更完整的同步测量能力。
For every quote, provide sensor type, channel count, signal band, recording duration and required topology.询价时请提供传感器类型、通道数、信号频段、记录时长与系统拓扑。
The selected hardware route changes; configuration logic, engineering-unit handling, recording, review and data traceability remain consistent.硬件路线随任务变化，配置逻辑、工程量换算、记录、回放与数据追溯保持一致。
Identify devices, channels and hardware states; assign sensor inputs and sample rates.识别设备、通道与硬件状态，设置传感器输入和采样率。
Verify wiring, excitation, zero, live waveform and channel health before recording.记录前检查接线、激励、零点、实时波形与通道状态。
Store synchronized samples together with configuration, time and quality status.将同步采样数据与配置、时间及质量状态一并保存。
Inspect waveforms, locate events, select intervals and export engineering data.检查波形、定位事件、截取区间并导出工程数据。
Move from time histories to spectra, PSD, RMS and task-specific indicators.从时程进入频谱、PSD、RMS 与任务所需指标。
Manage calibration records, versions, diagnostics and instrument status.管理校准记录、版本、诊断信息与仪器状态。
Send the sensor list, bridge resistance, expected frequency band, channel count, recording duration and deployment method. Rasber engineers will match the series and acquisition configuration.提供传感器清单、桥阻、预期频段、通道数、记录时长与部署方式，瑞茨柏工程师将匹配系列与采集配置。
