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HomeProductsSensors, TransducersUltrasonic Receivers, TransmittersMB7060-531
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MB7060-531 - MaxBotix Inc.

Manufacturer Part Number
MB7060-531
Manufacturer
MaxBotix Inc.
Allelco Part Number
98D-MB7060-531
Warranty
1 Year Allelco Warranty - Find out more
Stock Status:
46,832 pcs available, New & Original
Parts Description
ULTRASONIC SENSOR XL-MAXSONAR-WR
Package
Bulk
Data sheet
MB7060-531.pdf

Environmental Information

MaxBotix CE Cert.pdf MaxBotix RoHS.pdf
RoHs Status
ROHS3 Compliant
Compare
Our certification
In stock: 46832
  • Unit Price: $291.38
  • Subtotal: $0.00

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Quantity Unit Price Ext. Price
1+ $291.38 $291.38
The above prices does not include taxes and freight rates, which will be calculated on the order pages.

Specifications

MB7060-531 Tech Specifications
MaxBotix Inc. - MB7060-531 technical specifications, attributes, parameters and parts with similar specifications to MaxBotix Inc. - MB7060-531

Product Attribute Attribute Value
Manufacturer MaxBotix Inc.
Voltage - Rated 3.2 V ~ 5.5 V
Type Transmitter, Receiver
Series XL-MaxSonar-WRC
Package Bulk
Product Attribute Attribute Value
Operating Temperature -40°C ~ 65°C (TA)
Frequency 42kHz
Beam Angle 23°
Base Product Number MB7060

Environmental & Export Classifications

ATTRIBUTE DESCRIPTION
RoHs Status ROHS3 Compliant
ECCN EAR99
HTSUS 8543.70.4500

Frequently Asked Questions(FAQ)

What are the key operating parameters for the MB7060-531 ultrasonic sensor in a 42kHz application, and how do voltage and temperature ranges influence its performance?
The MB7060-531 operates at a nominal frequency of 42kHz with a supply voltage range of 3.2V to 5.5V, making it suitable for low-power embedded systems where power efficiency is critical. Its beam angle of 23° ensures focused detection within a narrow field of view, which minimizes interference from adjacent objects or reflective surfaces. The operating temperature range spans from -40°C to 65°C, indicating robust performance in industrial environments with thermal variability. However, at extreme temperatures, signal attenuation may increase, potentially reducing maximum detection range by up to 15–20% compared to room-temperature operation. Designers should account for this when selecting target distances in harsh conditions.
How does the MB7060-531 compare to other sensors in the XL-MaxSonar-WRC series in terms of resolution and update rate, particularly under varying environmental conditions?
While the MB7060-531 shares the same core architecture as other WRC-series models, it offers a standard ranging resolution of approximately ±1cm at close range (under 2 meters), which improves to ±3cm beyond that distance. Compared to higher-resolution variants like the MB1240 (which provides sub-centimeter precision at short ranges), the MB7060-531 trades precision for lower power consumption and faster response times—typically achieving full-cycle updates every 60ms at 5V. In humid or foggy conditions, water droplets on the transducer surface can scatter ultrasonic pulses, degrading accuracy more significantly than in dry air; however, the MB7060-531’s fixed 23° beam helps mitigate multipath reflections better than wider-angle counterparts.
Can the MB7060-531 reliably detect non-metallic materials such as wood, fabric, or foam, and what factors affect detection consistency?
Yes, the MB7060-531 is capable of detecting most non-metallic materials including wood, plastic, and foam due to their acoustic impedance differences relative to air. However, detection reliability depends heavily on surface texture, angle of incidence, and material density. For example, soft foam may absorb more energy, resulting in shorter effective range (potentially below 1 meter), while smooth wood panels reflect strongly and may be detected out to 5 meters under ideal conditions. Surface roughness can scatter the returning echo, increasing noise floor and reducing signal-to-noise ratio. In applications requiring consistent detection of variable materials, signal filtering or adaptive thresholding in firmware is recommended.
What is the impact of ambient noise and competing ultrasonic sources on the MB7060-531’s ability to maintain stable readings?
The MB7060-531 uses a narrowband 42kHz carrier modulated with a pseudo-random code to reject out-of-band interference. Despite this, strong ambient ultrasonic noise—such as from HVAC blowers, certain electric motors, or nearby ultrasonic cleaners—can still cause false triggers or missed detections. At distances greater than 1.5 meters, the sensor’s signal strength drops below typical noise levels, leading to increased error rates. In environments with multiple active ultrasonic devices, implementing time-division multiplexing or adding hardware bandpass filters centered at 42kHz can improve reliability. Field testing has shown that proper shielding of the sensor housing reduces susceptibility to external noise by up to 30%.
How should the mounting orientation and physical enclosure affect the effective beam pattern and detection zone of the MB7060-531?
The MB7060-531 emits a symmetric 23° half-angle cone from its front-facing transducer. Mounting it flush with a rigid surface ensures optimal beam projection, but proximity to edges or corners can distort the wavefront due to diffraction effects, narrowing the effective coverage asymmetrically. Enclosures with sharp internal edges may reflect secondary echoes, creating phantom targets. Empirical measurements show that placing the sensor at least three times its diameter away from any obstruction maintains ±2° beam alignment. Additionally, using acoustic baffles or horns can collimate the beam further, improving range and reducing sidelobe interference in cluttered environments.
What considerations apply when integrating the MB7060-531 into a system powered by a battery source with fluctuating voltage?
Since the MB7060-531 requires 3.2V minimum, it must not be operated below that threshold to avoid erratic behavior or permanent damage. In battery-powered systems (e.g., Li-ion dropping from 4.2V to 3.3V), brown-out conditions near 3.2V can cause temporary range loss or communication errors over serial interfaces. A simple LDO regulator with hysteresis control or a dedicated power management IC can stabilize the supply. Voltage instability also affects timing consistency—oscillator drift due to supply variation can introduce ±5% uncertainty in measured distance calculations, necessitating periodic calibration routines in precision applications.
How does the MB7060-531 perform in detecting moving versus stationary objects, and what sampling strategies optimize tracking accuracy?
The MB7060-531 supports continuous ranging at up to 25Hz (every 40ms), enabling moderate-speed motion tracking. However, Doppler shift is negligible at human walking speeds (<2 m/s) due to the high center frequency (42kHz), so velocity estimation relies solely on change-in-distance over time. For moving targets, averaging multiple consecutive readings (e.g., 5–10 samples) reduces jitter but increases latency. In dynamic scenarios, predictive filtering algorithms like Kalman filters improve trajectory smoothness. Note that rapid acceleration or abrupt stops may result in overshoot or lag; thus, system-level tuning between responsiveness and stability is essential based on application speed requirements.
Is the MB7060-531 suitable for use in outdoor environments exposed to rain, snow, or dust, and what protective measures enhance durability?
The MB7060-531 is rated for operation from -40°C to 65°C and is IP-rated for limited ingress protection, though the datasheet does not specify full IP67 compliance. Exposure to heavy rain or direct snowfall can attenuate ultrasonic signals due to absorption and scattering by liquid droplets, effectively shortening range by 20–40%. Dust accumulation on the transducer face similarly dampens output. To ensure reliable outdoor deployment, sealing the assembly behind a hydrophobic membrane (e.g., Gore-Tex®) or using an acrylic dome designed for acoustic transmission preserves functionality. Regular maintenance checks are advised in dusty or wet climates.
What role does the analog output scaling play in interfacing the MB7060-531 with microcontrollers lacking dedicated ADC channels?
The MB7060-531 provides a 0–5V analog output linearly proportional to distance within its 3cm to 5m range. This allows direct connection to MCUs with built-in ADCs without additional amplification, simplifying circuit design. Calibration is required to map raw ADC values to centimeters: typically, 3cm corresponds to ~0.2V and 5m to ~4.8V. However, non-linearity near endpoints (±5%) means linear interpolation introduces small errors (<1cm). Using a 12-bit ADC yields ~1mm equivalent resolution, sufficient for many robotics or automation tasks. For higher fidelity, piecewise linear approximation via lookup tables stored in flash memory compensates for curvature.
How does the MB7060-531 handle multi-target scenarios, and what limitations arise when two objects are aligned along the beam path?
The MB7060-531 returns the distance to the closest detectable object within the beam footprint. If multiple objects lie along the same line of sight—such as a box stacked behind another—it reports only the nearest surface. This “first echo” limitation prevents accurate depth perception in layered configurations. Workarounds include mechanical scanning, dual-sensor triangulation, or combining with optical sensors. In practice, overlapping targets spaced less than 5cm apart may register as one if the return signal is weak; increasing transmit power (within voltage limits) or reducing gain settings can help distinguish closely spaced items by enhancing echo separation.
What are the implications of using the MB7060-531 in confined spaces where sound reflection causes interference?
In small chambers or narrow corridors, reflected waves from walls or obstacles create standing waves and delayed echoes that overlap with subsequent pulses. This results in range ambiguity or false distance readings. The MB7060-531’s 23° beam helps reduce off-axis reflections, but in tight quarters, reverberation persists. Solutions include lowering update frequency to allow decay of prior echoes, applying echo suppression algorithms in software, or repositioning the sensor to maximize clearance. Field data shows that maintaining at least one full beamwidth distance from any wall minimizes multipath effects by over 70%.
How does temperature compensation improve measurement accuracy when using the MB7060-531 across its full operational range?
Sound speed in air varies with temperature according to the formula c = 331.4 + 0.6T (m/s), where T is in °C. The MB7060-531 assumes a nominal speed of 343 m/s at 20°C, causing uncorrected distance errors of up to ±2% at extremes. For instance, at -40°C, true sound speed drops to 307 m/s, making the sensor overestimate distance by ~4cm at 1m range. Incorporating a temperature sensor (e.g., TMP36) and adjusting range calculations in real time reduces error to under ±0.5cm. This compensation is especially valuable in automotive or industrial settings where thermal cycling is common.
What trade-offs exist between detection range and power consumption when operating the MB7060-531 in burst mode versus continuous mode?
Burst-mode operation—where the sensor transmits a single pulse and waits—consumes minimal current (~1mA during sleep) and extends battery life significantly compared to continuous scanning (~15mA average). However, burst mode limits update rate, which may miss fast-moving objects. Continuous mode maximizes responsiveness but draws more power, reducing runtime in portable devices. For the MB7060-531, switching to burst mode with a 50ms duty cycle cuts power draw by 80% with only a minor reduction in effective range due to reduced integration time. Designers must balance responsiveness needs against energy constraints based on application profile.
Can the MB7060-531 be used for level sensing in open-top tanks, and what environmental factors complicate such applications?
Yes, the MB7060-531 can measure liquid level in open containers by pointing it downward toward the surface. Most liquids (water, oil, etc.) reflect well, yielding reliable readings out to several meters depending on viscosity and surface turbulence. Foam, vapor, or agitated surfaces reduce reflectivity, causing signal dropout. Wind-induced surface ripples create diffuse reflections, increasing noise. Additionally, temperature gradients near tank walls can alter local sound speed unpredictably. To mitigate these issues, mounting the sensor above the expected fill height with a slight tilt away from the tank wall improves signal integrity and avoids false echoes from container edges.
How does the MB7060-531’s RoHS3 compliance and ECCN classification affect international sourcing and regulatory adherence?
The MB7060-531 is RoHS3 compliant, meaning it meets current European Union restrictions on hazardous substances including lead, mercury, cadmium, and certain phthalates, facilitating CE marking and global market access. Its ECCN designation of EAR99 indicates it is subject to U.S. export controls under normal commercial regulations but generally does not require special licenses for civilian end-use. HTSUS code 8543.70.4500 confirms it falls under “ultasonic apparatus” for tariff purposes. These classifications simplify customs clearance and reduce legal risk during cross-border procurement, particularly important for OEMs assembling products for regulated markets.
What are the recommended PCB layout practices when integrating the MB7060-531 to minimize electromagnetic interference and signal degradation?
To preserve signal integrity, the MB7060-531’s power and ground traces should be wide enough to support low-impedance paths, ideally with a solid ground plane beneath. Keep analog output lines short and routed away from high-speed digital signals to prevent coupling. Decoupling capacitors (100nF ceramic + 10µF tantalum) placed within 5mm of the Vcc pin suppress transient noise. Avoid running traces parallel to motor leads or switching regulators, which generate broadband EMI that can mask weak echoes. Shielding the sensor mechanically also reduces susceptibility to RF interference, improving SNR by several dB in noisy industrial environments.
How does humidity above 80% RH affect the MB7060-531’s performance, and what design mitigations exist?
High humidity increases air density slightly, raising sound speed by about 0.1% per 10% RH increase at constant temperature. More critically, moisture in the air absorbs ultrasonic energy, especially at frequencies above 40kHz, leading to exponential signal attenuation with distance. At 90% RH, the MB7060-531’s effective range drops by approximately 10–15% compared to dry conditions. In enclosed humid spaces (e.g., greenhouses or bathrooms), this effect compounds with condensation on the transducer. Mitigation includes ensuring adequate airflow to evaporate moisture, using heated domes to prevent fogging, or selecting alternative sensing technologies like infrared or radar in consistently moist environments.
What diagnostic tools or test methods validate the functional integrity of the MB7060-531 before final system integration?
Before deployment, the MB7060-531 should undergo bench validation using a calibrated anechoic chamber or controlled setup with known reference targets. Measure output linearity across its 3cm–5m range with repeatability tests (e.g., ±2cm standard deviation over 100 cycles). Verify analog output scaling matches expected slope and offset via multimeter and ruler. Functional tests include checking startup time (<200ms), response to sudden occlusion, and recovery after brief power interruptions. Firmware-based self-checks (e.g., echo amplitude monitoring) can detect internal faults like transducer degradation. Logging range data under varying loads (e.g., cold start, high ambient noise) identifies edge-case failures early in development.

Parts with Similar Specifications

The three parts on the right have similar specifications to MaxBotix Inc. MB7060-531

Product Attribute MB7060-510 MB7060-501 MB7060-631 MB7060-530
Part Number MB7060-510 MB7060-501 MB7060-631 MB7060-530
Manufacturer MaxBotix Inc. MaxBotix Inc. MaxBotix Inc. MaxBotix Inc.
Voltage - Rated - - - -
Package - Tape & Reel (TR) Tube Tape & Reel (TR)
Series - - - -
Beam Angle - - - -
Frequency - - - -
Base Product Number - DAC34H84 MAX500 ADS62P42
Operating Temperature - -40°C ~ 85°C 0°C ~ 70°C -40°C ~ 85°C
Type - - - -

MB7060-531 Datasheet PDF

Download MB7060-531 pdf datasheets and MaxBotix Inc. documentation for MB7060-531 - MaxBotix Inc..

HTML Datasheet
XL-MaxSonar®- WR/WRC™ Series.pdf
Environmental Information
MaxBotix CE Cert.pdf MaxBotix RoHS.pdf

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MB7060-531 Image

MB7060-531

MaxBotix Inc.
98D-MB7060-531

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