Fetal Monitor with CTG Flight 800
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The Fetal Monitor is designed for professional antepartum fetal monitoring in hospitals, maternity clinics, obstetric departments and doctors’ offices. It acquires and displays fetal heart rate, maternal uterine contractions and manually recorded fetal movements to provide reference information for clinical assessment in pregnancies beyond 28 weeks.
This fetal heart rate monitor features an 8-inch colour LCD with a screen that can be folded up to approximately 60 degrees for improved visibility. It displays fetal heart-rate waveforms, uterine-contraction data, fetal-movement marks, alarm status, transducer status, paper speed, date, time and other patient information.
The supports continuous real-time monitoring for up to 24 hours and stores up to 12 hours of patient curves and data for playback and printing. Its built-in thermal recorder provides high-resolution documentation, while the RJ45 communication interface allows compatible connection with a PC or central monitoring system.
Key Features
- 8-Inch Colour LCD: Provides clear display of fetal heart-rate waveforms, uterine contractions and patient information.
- 60-Degree Folding Screen: Allows the display angle to be adjusted for improved clinical viewing.
- Fetal Heart-Rate Monitoring: Supports an FHR measurement range of 50–240 BPM.
- Uterine-Contraction Monitoring: Measures TOCO activity across a 0–100% range.
- Manual Fetal-Movement Marking: Allows fetal movements to be recorded using the remote marker.
- High and Low FHR Alarms: Provides audible and visual warnings when fetal heart rate exceeds configured limits.
- 24-Hour Real-Time Monitoring: Supports extended continuous fetal observation.
- 12-Hour Data Storage: Stores patient curves and monitoring data for playback and printing.
- Picture Freeze Function: Allows displayed waveforms to be temporarily frozen for review.
- Built-In Thermal Recorder: Supports high-resolution printing on Z-fold thermal paper.
- Single or Twin Monitoring: Twin fetal monitoring is available in the compatible optional configuration.
- Central Monitoring Connectivity: Built-in RJ45 communication port supports compatible network connection.
- Compact Construction: Approximate weight of 3 kg supports convenient placement and movement.
Technical Specifications
| Specification | Details |
|---|---|
| Product Type | Hospital Fetal Monitor |
| Model | CMS800G |
| Recommended Pregnancy Stage | Pregnancies Beyond 28 Weeks, Subject to Clinical Assessment |
| Primary Parameters | Fetal Heart Rate, Uterine Contraction and Manual Fetal-Movement Marking |
| Display | 8.0-Inch Colour LCD |
| Display Adjustment | Folding Screen up to Approximately 60° |
| Displayed Information | Bed Number, Gestational Weeks, Age, Paper Speed, Date, Time, Volume, Alarm Status, Transducer Status, Recorder Status, FHR Data and Waveform, TOCO Data and Waveform, Fetal-Movement Count and Marks |
| FHR Measurement Range | 50–240 BPM |
| FHR Resolution | 1 BPM |
| FHR Accuracy | ±2 BPM |
| Normal FHR Reference Label | 120–160 BPM |
| Ultrasound Frequency | Nominal 1.0 MHz |
| Ultrasound Working Frequency | 1.0 MHz ±10% |
| Ultrasound Transducer | 9-Crystal Broadband Pulsed-Wave Transducer |
| Negative Peak Sound Pressure | Less Than 1 MPa |
| Output Beam Intensity | Less Than 20 mW/cm² |
| ISPTA | Less Than 100 mW/cm² |
| ISATA | Less Than 10 mW/cm² |
| TOCO Range | 0–100% |
| TOCO Resolution | 1% |
| TOCO Nonlinear Error | Less Than or Equal to ±10% |
| TOCO Reset | Manual |
| Continuous Monitoring | Up to 24 Hours Real Time |
| Data and Waveform Storage | Up to 12 Hours with Playback and Printing |
| Alarm System | Audible and Visual High/Low FHR Alarm |
| Monitoring Configuration | Single Monitoring; Twin Monitoring Optional |
| Network Interface | RJ45 Communication Interface |
| Central Monitoring | Supported with Compatible PC or Central Monitoring System |
| Power Supply | AC 100–240V, 50/60Hz |
| Power Consumption | Less Than 60 VA |
| Fuse | T1.6AL250V |
| Electrical Safety Type | Class I Equipment, Type B Applied Part |
| Dimensions | Approximately 320 × 260 × 80 mm |
| Weight | Approximately 3 kg |
| Recommended Use | Hospitals, Maternity Clinics, Obstetric Departments and Professional Prenatal Monitoring |
Built-In Thermal Recorder
| Recorder Specification | Details |
|---|---|
| Paper Type | Two-Fold Z-Type Thermal Record Paper |
| Total Print Width | 112 mm |
| Valid Print Width | 104 mm |
| Paper Speed | 1, 2 or 3 cm/min; 3 cm/min Subject to Configuration |
| Data Precision | ±5% X-Axis and ±1% Y-Axis |
| Printable Information | Hospital, Bed Number, Patient Name, Gestational Weeks, Patient Number, Paper Speed, Date, Time, FHR Data and Waveform, Contraction Data and Waveform, Fetal-Movement Count and Marks |
Monitoring Functions
Fetal Heart-Rate Monitoring
The 1 MHz pulsed-wave ultrasound transducer monitors fetal heart rate across a range of 50–240 BPM with a resolution of 1 BPM and specified accuracy of ±2 BPM. A normal-range label of 120–160 BPM is shown on the display for reference.
Uterine-Contraction Monitoring
The TOCO transducer displays uterine-contraction activity from 0–100%. The measurement is intended to support professional assessment of contraction patterns during antepartum monitoring.
Fetal-Movement Marking
A manual marker allows the pregnant patient or healthcare professional to record perceived fetal movement. The mark appears within the lower area of the fetal heart-rate waveform display and can be included in printed records.
Single and Twin Fetal Monitoring
The standard configuration supports single-fetus monitoring. Twin monitoring may be configured using a compatible second ultrasound transducer and should be confirmed before ordering.
Benefits
- Supports simultaneous monitoring of fetal heart rate and uterine contractions.
- Large adjustable display improves waveform and numerical-data visibility.
- High and low FHR alarms help alert clinical staff to configured limit violations.
- Manual fetal-movement marking supports more complete monitoring records.
- Built-in printer creates immediate graphical and tabular documentation.
- 12-hour storage supports waveform playback and retrospective review.
- RJ45 connectivity supports compatible central-monitoring workflows.
- Compact 3 kg construction supports convenient movement between clinical rooms.
- Optional twin monitoring supports selected multiple-pregnancy applications.
Suitable For
- Hospitals and maternity hospitals
- Obstetric and gynaecology departments
- Labour and delivery units
- Antenatal clinics
- Doctors’ consultation rooms
- High-risk pregnancy monitoring units
- Medical colleges and teaching hospitals
- Professionally supervised prenatal monitoring environments
How to Use
- Place the fetal monitor on a stable surface or compatible mounting arrangement.
- Connect the device to an approved AC power source.
- Confirm the patient information, alarm limits, paper speed and monitoring configuration.
- Position the pregnant patient comfortably according to clinical protocol.
- Apply approved ultrasound gel and position the FHR transducer over the appropriate abdominal area.
- Position the TOCO transducer according to the uterine-contraction monitoring requirement.
- Secure the transducers using compatible abdominal belts without excessive pressure.
- Confirm that clear FHR and TOCO waveforms are visible before beginning formal monitoring.
- Use the fetal-movement marker when movement is perceived or reported.
- Review, store or print the monitoring record according to institutional procedure.
- Clean the transducers and external surfaces after use according to approved instructions.
Why Choose the CONTEC CMS800G?
The CONTEC CMS800G Fetal Monitor combines fetal heart-rate monitoring, uterine-contraction assessment, fetal-movement marking, data storage and thermal printing in a compact professional system. Its folding 8-inch display supports clear viewing in maternity wards, clinics and obstetric departments.
The 24-hour real-time monitoring capability and 12-hour curve storage make it suitable for extended observation and retrospective review. The RJ45 communication interface also allows compatible integration with a PC or central-monitoring system.
Medansh offers fetal monitors, maternity equipment, diagnostic devices and hospital monitoring solutions for healthcare facilities across India. The CONTEC CMS800G can be purchased from Medansh.in after confirming single or twin monitoring requirements, printer configuration and central-connectivity needs.
Buying Guidance
Before purchasing, confirm whether the requirement is for single-fetus or twin-fetus monitoring. Twin monitoring requires a compatible additional ultrasound transducer and may not be included in the standard configuration.
Healthcare facilities should verify paper availability, transducer compatibility, network-integration requirements and mounting preferences. The monitor can be placed horizontally and may support compatible wall mounting, subject to the selected setup.
The supplied documentation identifies the CMS800G as AC-powered equipment without internal power supply. Therefore, the claimed battery backup from the original text has not been included. Facilities should confirm uninterrupted-power arrangements if monitoring must continue during mains failure.
Clinical Use Note: This fetal monitor provides reference data for professional clinical assessment and does not independently diagnose fetal distress. It should be operated by qualified obstetric, nursing or medical personnel. FHR readings, contraction patterns and alarms must always be interpreted together with the complete maternal and fetal clinical condition.
FAQs
1. What is the CONTEC CMS800G used for?
It is used to monitor fetal heart rate, maternal uterine contractions and manually recorded fetal movements during professionally supervised prenatal assessment.
2. From which pregnancy stage can it be used?
The supplied documentation states that it is intended to provide monitoring reference data for pregnancies beyond 28 weeks.
3. What is the fetal heart-rate range?
The specified FHR measurement range is 50–240 BPM.
4. What is the FHR measurement accuracy?
The specified fetal heart-rate accuracy is ±2 BPM with a resolution of 1 BPM.
5. What is the display size?
The CMS800G features an 8.0-inch colour LCD that folds up to approximately 60 degrees.
6. Does it monitor uterine contractions?
Yes, its TOCO channel measures uterine-contraction activity across a 0–100% range.
7. Can fetal movements be recorded?
Yes, perceived fetal movements can be marked manually using the supplied remote-marker function.
8. Does it provide fetal heart-rate alarms?
Yes, it provides audible and visual alarms when fetal heart rate exceeds the configured high or low limit.
9. How much monitoring data can be stored?
The device supports up to 12 hours of patient curves and data for playback and printing, along with continuous real-time monitoring for up to 24 hours.
10. Does it have a built-in printer?
Yes, it includes a high-resolution thermal recorder using 112 mm Z-fold record paper with a valid print width of 104 mm.
11. Can it monitor twins?
Twin monitoring is available as an optional configuration using a compatible second ultrasound transducer.
12. Can it connect to a central monitoring system?
Yes, its RJ45 communication interface supports connection to a compatible PC or central monitoring system.
13. Does the CMS800G have battery backup?
The supplied PDF describes it as Class I AC-powered equipment with no internal power supply. Any alternate power configuration should be confirmed before purchase.
14. What are its dimensions and weight?
The approximate size is 320 × 260 × 80 mm, and the unit weighs approximately 3 kg.
15. Can this monitor be used independently?
Yes, it can operate as a standalone fetal monitor or connect to a compatible central-monitoring system.
16. Where can the CONTEC CMS800G be purchased?
The CONTEC CMS800G Fetal Monitor can be purchased from Medansh.in for hospitals, maternity clinics, obstetric departments and professional prenatal-monitoring applications.
Product Video
Watch the product video to understand the monitor display, fetal-monitoring functions and operating layout.
