NASA MARINE TARGET 2 Echo-Sounder (Instrument / Sensor)
SVB recommends the following for this item
Product details
NASA TARGET 2 echo sounder incl. sensor with a depth-measuring range of 0.8 m to 100 m, adjustable low and shallow water alarm and keel offset.
The large instrument display with background lighting makes it easy to read the measured depth from a great distance. Power consumption is 12 mA (22 mA with lighting). Dimensions of the instrument are 132 x 98 x 30 mm.
Hole spacings of the stud bolts:
- Horizontal: 80 mm
- Vertical: 73 mm
Delivery comes complete with sensor and 7 meter connection cable.
Red wire to positive, black wire to the green display line (alarm output).
Our tips for the proper assembly of this unit:
First, you must provide voltage to the display device and connect it to the transmitter. Next, you must hold the transmitter in a water-filled plastic bag until a stable depth reading is achieved. Now, the final tuning of this device can be performed. However, if no stable depth reading can be successfully achieved, you should choose a breakthrough assembly instead.
Documents
Accessories
1/18/2016
Verified purchase
7/26/2023
Verified purchase
12/2/2020
Verified purchase
Customers also bought
Similar items
Customers ask customers
Ask other SVB customers who have already purchased this product from us about their experience.
Your question will be automatically forwarded to other SVB customers and published on the product page. Please do not ask any questions which can only be answered by the SVB team – such as the status of an order or product availability. You are also more than welcome to contact our SVB team by email at: info@svb24.com or by phone on: +49 (0)421 57290510 .
- More "Customers ask customers" available in the following languages :
-
-
-
Technical question
I want to install the sounder transducer inside the hull of my aluminium RIB. In the instructions, it says you can do this- Mount the transducer to get readings through the hull, but it only mentions GRP hulls. Does anyone know if it would work through thin aluminium? (3mm I think)
