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BPL 9714 Fetal Doppler

BPL 9714 Fetal Doppler Specification

Material
ABS Plastic

Sensors Specification
Ultrasound, high sensitivity probe (2.5 MHz)

Pulse Rate Measurement Range
50 - 240 bpm (Fetal Heart Rate)

Pulse Rate Accuracy %
2 bpm

Pulse Rate Resolution %
1 bpm

Alarm
Audio & visual alarm for abnormal FHR

Display
LCD

Indicator Specification
Battery status indicator, signal quality indicator

Power Source
DC 9V or 6 AA batteries

Dimension (L*W*H)
235 x 85 x 340 mm

Weight
2 kg

Operating Mode
Continuous & Real-time tracking

Device Application
Antenatal fetal heart rate monitoring

Operating Temperature Range
5°C to 40°C

Built-in Memory
Stores last measurement

Probe Frequency
2.5 MHz ±10%

Audio Output
Built-in speaker and headphone socket

Humidity Range
30% to 85% (non-condensing)

Battery Life
More than 12 hours (with new batteries)

Storage Temperature Range
-10°C to 50°C

FHR Measurement Method
Pulse-to-pulse interval

BPL 9714 Fetal Doppler Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About BPL 9714 Fetal Doppler

Jump on the opportunity to own the illustrious BPL 9714 Fetal Doppler-crafted for reliable antenatal fetal heart rate monitoring. With a high sensitivity 2.5 MHz probe, it offers uncommon pulse-to-pulse FHR measurement and real-time tracking. Enjoy terrific battery life exceeding 12 hours and advanced features like built-in memory, audio/visual alarms, and dual-mode audio output. Take advantage of affordable advance purchase for this ABS plastic, lightweight device, meticulously designed for user-friendly operation and efficient monitoring. Ideal for healthcare professionals, manufacturers, suppliers, and traders across India.

Remarkable Features & Versatile Application

The BPL 9714 Fetal Doppler excels with extra features such as signal quality and battery indicators, plus an audio/visual alarm system for abnormal FHR detection. Additional highlights include a built-in speaker, headphone socket, and memory to store prior measurements. Its application is unmatched in antenatal settings, delivering precise, continuous fetal heart rate monitoring by healthcare providers. The device's robust construction and high-sensitivity ultrasound sensor ensure reliability across varying environmental conditions.

Comprehensive Packaging & Fast Logistics

Every BPL 9714 Fetal Doppler unit is meticulously packaged to guarantee safe transit. Each device is dispatched promptly after your order confirmation, ensuring it is handed over to trusted logistics partners for timely delivery. Our streamlined shipping process ensures the product reaches you in excellent condition, with sample units available upon request for verification. Expect efficient coordination throughout all dispatching and shipping stages to maximize your purchasing experience.

FAQ's of BPL 9714 Fetal Doppler:

Q: How does the BPL 9714 Fetal Doppler measure fetal heart rate?

A: The BPL 9714 uses a pulse-to-pulse interval measurement method with a high-sensitivity 2.5 MHz ultrasound probe to provide accurate fetal heart rate (FHR) readings in real time.

Q: What are the benefits of using the BPL 9714 Fetal Doppler for antenatal care?

A: This fetal doppler offers continuous and real-time monitoring, built-in memory for storing past measurements, and both audio-visual alarms for abnormal FHR detection, ensuring early intervention and enhanced pregnancy care.

Q: When should the BPL 9714 Fetal Doppler be utilized?

A: Healthcare professionals can utilize this device during antenatal visits to regularly monitor fetal well-being, particularly from the early stages of pregnancy onwards, as recommended by medical guidelines.

Q: Where can the BPL 9714 Fetal Doppler be applied?

A: It is designed for clinical or home settings, making it suitable for hospitals, maternity clinics, or by trained practitioners providing antenatal care in various healthcare environments.

Q: What is the process for setting up and using the BPL 9714 Fetal Doppler?

A: The process involves powering the device with DC 9V or 6 AA batteries, applying the probe to the patient's abdomen, and monitoring the readings via the LCD display or through audio output (speaker or headphones).

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