Medidor de distancias por ultrasonido Mastech MS6450 con apuntador láser
Marca: Mastech
IVA incluido (Sin IVA: 21,00€)
El Medidor de Distancias por Ultrasonido con Apuntador Láser Mastech MS6450 es un instrumento de medición diseñado para ofrecer precisión y facilidad en la toma de distancias en diferentes entornos. Gracias a su tecnología de ultrasonido combinada con un apuntador láser rojo, permite medir con exactitud puntos específicos desde 0,6 hasta 15 metros.
Características principales:
- Modelo: MS6450
- Rango de medición: 0,6 a 15 metros
- Precisión: ± 0.5% ± 1 dígito
- Resolución: 0,01 metros
- Ángulo de apertura: aproximadamente ± 5 grados
- Tipo de diodo láser: Rojo 650nm
- Fuente de alimentación: 1 batería 6F22 (9V)
- Duración de batería: hasta 10 horas de uso continuo
- Cálculo de área y volumen: Sí, permite medir áreas y volúmenes fácilmente
- Medición en pies o metros: configurable según necesidad
- Pantalla retroiluminada: facilita la lectura en ambientes con poca luz
- Dimensiones: 136 mm × 59 mm × 38 mm
- Peso: aproximadamente 150 gramos, incluyendo batería
- Rango de cálculo máximo: longitud 9999 m, área 99999 m², volumen 99999 m³
Usos típicos:
- Medición rápida y precisa de distancias en construcción y reformas.
- Cálculo de áreas y volúmenes para proyectos de arquitectura o ingeniería.
- Medición en espacios interiores y exteriores gracias a su apuntador láser.
- Ideal para técnicos, instaladores y profesionales que requieren mediciones confiables.
Compatibilidad y facilidad de uso:
El medidor Mastech MS6450 es compatible con mediciones en pies o metros, ajustable según la preferencia del usuario. Su pantalla retroiluminada permite trabajar en condiciones de poca luz, y su batería de 9V ofrece una duración prolongada para trabajos continuos. Además, su diseño compacto y ligero facilita su transporte y manejo.
Este equipo es una solución económica y eficiente para quienes buscan un medidor de distancia electrónico barato sin sacrificar precisión y funcionalidad.
- Rango de medición de 0,6 a 15 metros con alta precisión
- Apuntador láser rojo de 650nm para mayor exactitud
- Cálculo de área y volumen integrado
- Pantalla retroiluminada para fácil lectura en ambientes oscuros
- Fuente de alimentación con batería 6F22 (9V) con duración de hasta 10 horas
- Medición configurable en metros o pies
- Diseño compacto y ligero, peso aproximado de 150 gramos
Preguntas y respuestas de clientes
What types of surfaces can affect the accuracy of the MS6450 ultrasonic distance meter?
Soft, absorbent or irregular surfaces (such as curtains, carpets or textured walls) can reduce the accuracy of the MS6450, as ultrasound requires a hard, flat surface to reflect properly. For best results, it is recommended to measure on smooth, solid walls.
Does the MS6450 backlit display allow clear reading outdoors or in strong sunlight?
The backlit display makes it easy to read indoors or in low-light conditions, but in direct sunlight visibility may be difficult, as it does not have high contrast designed specifically for outdoor use. It is recommended to shield the display from direct sun when taking measurements outdoors.
What is the absolute accuracy of the MS6450 at its maximum range of 15 metres, and how is that tolerance calculated?
The MS6450 offers electronic accuracy of ±0.5% of the measured value plus ±1 digit. For example, at 15 m, the maximum error margin would be 0.5% x 15 m = 0.075 m, plus 0.01 m for the digit, giving a total of ±0.085 m. The maximum expected tolerance is ±8.5 cm at maximum distance.
Is it possible to replace the MS6450 battery easily, and what is the main precaution to take?
The 9V (6F22) battery can be replaced easily by removing the rear cover. It is recommended to use quality alkaline batteries and avoid mixing old and new batteries. Make sure the meter is switched off before changing the battery to avoid accidental short circuits.
How does the MS6450 ultrasonic system compare with laser distance meters in terms of technical limitations?
Unlike laser distance meters, the MS6450 depends on the propagation and reflection of sound, which means lower accuracy and range (maximum 15 m), and greater sensitivity to environmental conditions. A laser distance meter can reach greater distances (up to 40 m or more) and maintain an accuracy of ±2 mm under almost any reflective surface condition, although it is usually more expensive.
What types of surfaces can affect the accuracy of the MS6450 ultrasonic distance meter?
Soft, absorbent or uneven surfaces (such as curtains, carpets or textured walls) can reduce the accuracy of the MS6450, as ultrasound requires a hard, flat surface to reflect properly. For best results, it is recommended to measure on smooth, solid walls.
Does the MS6450 backlit display allow clear reading outdoors or in strong sunlight?
The backlit display makes reading easier indoors or in low-light conditions, but in direct sunlight visibility may be difficult, as it does not have high contrast designed specifically for outdoor use. It is recommended to shield the display from direct sun when taking outdoor measurements.
What is the absolute accuracy of the MS6450 at its maximum range of 15 metres, and how is that tolerance calculated?
The MS6450 offers electronic accuracy of ±0.5% of the measured value plus ±1 digit. For example, at 15 m, the maximum error margin would be 0.5% x 15 m = 0.075 m, plus 0.01 m for the digit, giving a total of ±0.085 m. The maximum expected tolerance is ±8.5 cm at maximum distance.
Is it possible to replace the MS6450 battery easily, and what is the main precaution to take?
The 9V (6F22) battery can be replaced easily by removing the rear cover. It is recommended to use quality alkaline batteries and avoid mixing old and new batteries. Make sure the meter is switched off before changing the battery to avoid accidental short circuits.
How does the MS6450 ultrasonic system compare with laser distance meters in terms of technical limitations?
Unlike laser distance meters, the MS6450 depends on the propagation and reflection of sound, which means lower accuracy and range (maximum 15 m), and greater sensitivity to environmental conditions. A laser meter can reach greater distances (up to 40 m or more) and maintain accuracy of ±2 mm under almost any reflective surface condition, although it is usually more expensive.