Search Results for aquatic tanks

The constantly wide beam provides twice the coverage for detecting fish in the upper-water column and clear fish arches on the display compared to most, high-frequency, narrow-beam transducers. The high wide is the ideal choice for both inshore and pelagic fishing, where resolution and maximum coverage are essential down to 152 m (500').

De-ionized Water Injection Vehicle Electrification ... Programmable for custom and irregular shape tanks; Dismiss ad Dismiss ad. This will close in 0 seconds. modal-check. Comm Aerospace - In-Cabin & Galley. In-Cabin & Galley Applications

De-ionized Water Injection Vehicle Electrification ... Programmable for custom and irregular shape tanks; Dismiss ad Dismiss ad. This will close in 0 seconds. modal-check. Comm Aerospace - In-Cabin & Galley. In-Cabin & Galley Applications

Depth and fast-response water-temperature sensing; 2 to 3 kW of power for exceptional deep-water performance; Low frequency: 28 to 60 kHz; 23° to 9° port-starboard beamwidth; 11° to 5° fore-aft beamwidth; Maximum depth of 3048 m (10000') High frequency: 130 to 210 kHz; 8° to 4° beamwidth; Maximum depth of 457 m (1500')

The DT800 utilizes Airmar’s proven Tilted Element and broadband technologies in this depth and temperature Smart™ Sensor. The DT800 is a low-profile, retractable, thru-hull sensor that accurately computes depth and temperature data and sends it to the NMEA 2000 ® network. Airmar's Smart™ Sensors have embedded microelectronics—the transducer element and signal processor are only ...

PCB ® manufactures sensors used by design engineers and predictive maintenance professionals to test and measure vibration, pressure, force, acoustics, load, and shock in research and development as well as industrial applications.. Divisions of PCB

The Control 1 combines multiple input and output devices in to a single module, minimizing installation, interconnections and footprint. The Control 1 incorporates many of the core features and benefits of the fully featured Combination Output Interface (COI), but has been re-engineered to offer improved cost-per-channel value.

A great combination of low and high-frequency bands provides a wide range of depth capability and fish finding. The low-frequency band, operating from 40 to 75 kHz, gives excellent depth penetration. Meanwhile the high-frequency range of 130 to 210 kHz excels in shallow water for bottom detail and target resolution.

• Tank Weigh Application Questions 1. Determine the capacity required: A. What is the maximum expected load? B. What is the minimum expected load? C. What is the typical expected load ? D. What are the dynamics of the system, i.e. frequency response? E. What are the maximum extraneous loads that the load cell will be subjected to? 2.

The NovaSensor NPI-19 Digital I2C Pressure Sensor is a member of the NovaSensor NPI Series and incorporates state-of-the-art isolated sensor technology with I2C interface protocols, which gives the OEM user the best in price and performance. These sensors are designed to operate in hostile environments while still providing the same outstanding sensitivity, linearity, and hysteresis of a ...

The DT800 utilizes Airmar’s proven Tilted Element and broadband technologies in this depth and temperature Smart™ Sensor. The DT800 is a low-profile, retractable, thru-hull sensor that accurately computes depth and temperature data and sends it to the NMEA 2000 ® network. Airmar's Smart™ Sensors have embedded microelectronics—the transducer element and signal processor are only ...

Depth and fast-response water-temperature sensing; 1 kW of power; Dual-frequency elements: 50 kHz with a 19° beamwidth for depth performance to 762 m (2500') 200 kHz with a 6° beamwidth for depth performance to 294 m (1000') Available with a diplexer for single-transmission-line fishfinders and without a diplexer for dual-transmission-line ...

De-ionized Water Injection Vehicle Electrification ... Programmable for custom and irregular shape tanks; Dismiss ad Dismiss ad. This will close in 0 seconds. modal-check. Comm Aerospace - In-Cabin & Galley. In-Cabin & Galley Applications

De-ionized Water Injection Vehicle Electrification ... Programmable for custom and irregular shape tanks; Dismiss ad Dismiss ad. This will close in 0 seconds. modal-check. Comm Aerospace - In-Cabin & Galley. In-Cabin & Galley Applications

Maximize the coverage under your boat and see what you’ve been missing. Airmar’s TM165HW features a high-frequency range of 150 to 250 kHz and a super-wide beamwidth, averaging 30°, providing maximum coverage across the frequency band. High frequency delivers superior shallow-water performance, bottom detail, and fish-target separation.

De-ionized Water Injection Vehicle Electrification ... Programmable for custom and irregular shape tanks; Dismiss ad Dismiss ad. This will close in 0 seconds. modal-check. Comm Aerospace - In-Cabin & Galley. In-Cabin & Galley Applications

De-ionized Water Injection Vehicle Electrification ... Programmable for custom and irregular shape tanks; Dismiss ad Dismiss ad. This will close in 0 seconds. modal-check. Comm Aerospace - In-Cabin & Galley. In-Cabin & Galley Applications

De-ionized Water Injection Vehicle Electrification ... Programmable for custom and irregular shape tanks; Dismiss ad Dismiss ad. This will close in 0 seconds. modal-check. Comm Aerospace - In-Cabin & Galley. In-Cabin & Galley Applications

The constantly wide beam provides twice the coverage for detecting fish in the upper-water column and clear fish arches on the display compared to most high-frequency, narrow-beam transducers. The high wide is the ideal choice for both inshore and pelagic fishing, where resolution and maximum coverage under the boat are essential down to 152 m ...

De-ionized Water Injection Vehicle Electrification ... Programmable for custom and irregular shape tanks; Dismiss ad Dismiss ad. This will close in 0 seconds. modal-check. Comm Aerospace - In-Cabin & Galley. In-Cabin & Galley Applications