AML Micro•X

Sound Velocity, Pressure, Temperature, Conductivity or Turbidity Swappable Sensors

Micro•X is a real-time, single parameter instrument that allows you to field-swap the instrument’s sensorload. Unlike other X•Series instruments, Micro•X is sensor specific, meaning that sensor type cannot be changed. However, within a given sensor type, range can be swapped, a feature that is particularly useful in depth measurement applications.

This instrument is available in two configurations:
Compatible with Sound Velocity or Conductivity XchangeTM sensors
Compatible with Temperature, Pressure, and Turbidity XchangeTM sensors, and UV•Xchange biofouling control modules
Like all other X•Series instruments, Micro•X uses XchangeTM field-swappable sensors. This means that sensor-heads can be shared with other instruments, regardless of instrument size or type. Total flexibility of instrument model, of sensor type, and of sensor range ensure that the right instrument is always available.

Designed for integration applications such as AUV or ROV work, Micro•X with a sound velocity sensor is also effective for sea surface sound velocity applications. UV•Xchange can be used on a Micro•X to prevent biofouling on a variety of third party subsea devices.

Available Sensor-Heads

X•Series instruments are compatible with our Xchange™ sensor-heads:

Sound Velocity: SV•Xchange™
Conductivity: C•Xchange™
Temperature: T•Xchange™
Pressure: P•Xchange™
Turbidity: Tu•Xchange™
Sensor-heads are ordered separately.

Maximum Deployment Depth: Maximum deployment depth varies depending upon housing material and sensor payload

 amlmicrox

Parameter

Range

Precision

Accuracy

Resolution

Response

C•Xchange

0 to 70 mS/cm

+/- 0.03 mS/cm

+/- 0.01 mS/cm

0.001 mS/cm

25 ms at 1 m/s flow

SV•Xchange

1375 to 1625 m/s

+/- 0.006 m/s

+/- 0.025 m/s

0.001 m/s

47 microseconds

P•Xchange

up to 100 dBar

+/- 0.03%FS

+/- 0.05%FS

0.02%FS

10 milliseconds

T•Xchange

-2 to 32C

+/- 0.003C

+/- 0.005C

0.001C

100 milliseconds

Turbidity•Xchange

up to 3000 NTU

up to +/- 0.1 NTU

up to +/- 1% NTU

up to 0.01 NTU

<0.7 s