This probe uses the body sound as a carrier of internal states and processes. Thus, the device combination acts like an electronic stethoscope.
| Parameter | Value |
| Signal input connection | Airborne sound probe, structure-borne sound probe |
| Display of the ultrasonic intensity | LED bar graph, 10 levels |
| Acoustic rendition | Soundproof headphones, high attenuation of ambient sounds |
| Frequency range | 36 kHz to 44 kHz |
| Power supply | 9 V IEC 6F22 |
| Operating conditions | 0 to 40 °C, < 75 % RH |
| Dimensions (length x width x height) |
197 x 73 x 33 mm (SL800R) / 203 x 73 x 33 mm (SL800T) |
| Weight (incl. battery, without probes) | 180 g (SL800R), 160 g (SL800T) |
| Operation | ||||
| Note : Make sure that the surface of the device is dry and the device is switched off. |
||||
| Scope of delivery • 1 x Receiver SL800R • 1 x Transmitter SL800T • 1 x Headphones • 1 x Structure-borne sound probe for SL800R • 1 x Airborne sound probe for SL800R • 1 x Transport case • 2 x 9 V battery • 1 x Quick guide Note If you store or transport the device improperly, the device may be damaged. Note the information regarding transport and storage of the device. Transport For transporting the device, use the transport case included in the scope of delivery in order to protect the device from external influences. Storage When the device is not being used, observe the following storage conditions: • dry and protected from frost and heat • protected from dust and direct sunlight • For storing the device, use the transport case included in the scope of delivery in order to protect the device from external influences. • the storage temperature complies with the values specified in the Technical data |
1. Open the battery compartment at the rear of the device by sliding down the cover. 2. Use the battery clip to connect the 9 V battery with correct polarity. 3. Place the battery with the battery clip into the battery compartment. 4. Slide the cover back onto the battery compartment until it locks in place. Inserting / exchanging the probe The SL800R can be equipped with various probes. The scope of delivery includes a structure-borne and an airborne sound probe. The structure-borne sound probe serves the purpose of detecting material-borne ultrasonic frequencies via direct contact of the object to be examined (e.g. a ball bearing). The airborne sound probe serves the purpose of detecting airborne ultrasonic frequencies even at a distance of up to several metres. |
|||
With the professional SL800 ultrasound detector set, leaks in compressed air systems and concealed pipelines can be located quickly, reliably and cost-effectively – even from several metres away. Even the smallest leaks generate ultrasonic noise due to flow friction, and early wear on moving machine components also becomes detectable long before failure occurs.
These ultrasonic signals are captured by the SL800R probe and converted into audible sound using high-performance transducer technology. The signals are output via sound-insulated headphones and simultaneously displayed as a clear indicator on a ten-segment LED bar graph, enabling precise localisation even in noisy or low-light environments. For testing pressureless systems such as tanks, containers or ventilation ducts, the included SL800T ultrasonic transmitter provides active ultrasound generation. The complete set includes the SL800R receiver, SL800T transmitter, airborne and structure-borne sound probes, soundproof headphones and a robust carrying case – offering a versatile solution for a wide range of industrial and maintenance applications.
Reviews
There are no reviews yet.