RVS-100 Vital Signs Monitor

Advantages of the RVS-100

The aim of the EWS is to improve patient outcomes by identifying at risk patients who need urgent medical attention and intervening early to prevent clinical deterioration. This system involves the assignment of numeric values to several physiologic parameters (i.e. temperature, respiratory rate, Spo2). RVS-100 can be programmed with NEWS (National Early Warning Scores), MEWS (Modified Early Warning Scores) and also has 5 customisable profiles which can be set by the end-user if they have different parameter values.

The RVS-100 Vital Signs Monitor

The device has ‘Monitor‘, ‘Spot Check‘ and ‘Triage‘ profile options, as well as a ‘Demo’ mode.

Continuous Monitoring is designed for monitoring patients over time and includes physiological and technical alarms. Spot Check is designed for taking a single set of vital signs measurements on a patient. Patient information can be entered and managed, and while technical alarms are still available, physiological alarms are disabled. Triage is designed for rapidly taking vital signs measurements on many patients. Patient information is disabled, in addition to physiological alarms. ‘Demo’ mode demonstrates how each measurement mode works.¹

RVS-100 Vital Signs Monitor with oral probe thermometer and blood pressure cuffs. — RVS-100 with oral probe thermometer and blood pressure cuffs (1960-RRBXE).

RVS-100 with probe screen — RVS-100 with oral probe thermometer and blood pressure cuffs (1960-RRXXU).

Side of RVS-100 monitor displaying ports.

Outcomes for doctors/HCP and patients

Outcomes for doctors

Improved efficiency

RVS-100 can communicate through a wired or wireless connection to the hospital's EMR/EHR, according to the HL7 standard, reducing the time spent and the likelihood of recording errors.

Designed for your patients' needs

RVS-100 is a versatile, modular system meaning that you can select the options to fulfil your patient monitoring needs.

Faster and more informed decisions

RVS-100 displays the four key parameters, that contribute to EWS, in a large font and brightly colour-coded parameters so they can be interpreted quickly, and informed decisions made.

Outcomes for patients

Improved patient outcomes

EWS and the alarm system alerts a HCPs of early deterioration which can have a huge impact on patient safety and outcomes.|

Improved patient care

Patients who are connected to a vital signs monitor may receive better care because HCPs can keep an eye on their vitals, even when HCPs change or the patient is moved.

Save time

Triage mode rapidly takes vital signs measurements reducing the need for multiple devices and reducing the time to take the measurements from the patient.

Features and benefits

Hardware

Large 8“ full HD colour TFT-LCD screen displays large numbers and bright colour-coded parameters so that vital signs can be seen clearly and interpreted easily.
Screen is visible in both dark and lit rooms.
The touch screen and intuitive user interface makes it quick and easy for patient information to be entered and settings amended as required.
The modular design is chosen by the customer around their needs, starting with the choice between a table/mobile stand or wall mounted, through to the optional accessories like a printer.
Can be plugged into the mains or powered off the battery for 17 hours²
Riester is committed to providing reliable clinical measurements, including the choice of SpO2: Riester, Nellcor or Masimo

Software

RVS-100 is programmed with EWS: NEWS, MEWS and 5 customisable profiles which can be set by the end-user if they have bespoke requirements.
Serve a large patient population with the ability to save up to 1,000 patient records, with up to 5,000 measurements per patient.
Can be used on all patient types: adult, paediatric and neonate.
RVS-100 can communicate through a wired or wireless connection to the hospital’s EMR/EHR, according to the HL7 standard.³
Software languages available: Chinese, Danish, English, French, German, Italian, Polish, Portuguese, Spanish (Europe) and Traditional Chinese.

Product details

RVS-100


Power supply	100 – 240 V AC, 50/60 Hz
Battery	Lithium-Ion battery, rechargeable, 10.8 V DC, 6,600 mAh. Charging time to a 100%: 6 hours Operating time approx. 11 hours (new and fully charged battery at 25°C ambient temperature with connected SpO2,Temp, and NIBP on AUTO mode (15 minutes interval) Low battery indicator, Charging battery indicator
Monitor dimensions	303 x 230 x 110 mm (11.93 x 9.05 x 4.33 in)
Monitor weight	3600 g (7.94 lb) inc. temperature module, printer
Basket dimensions	270 x 225 x 200mm (10.63 x 8.86 x 7.87 in)
Alarm	Visible LEDs (Yellow, Red, Blue, Green, Orange) Audible Speaker Gives audible alarm, QRS tone Supports Pitch Tone and multi-level volume Alarm tones meet the requirement of IEC 60601-1-8. Alarm Pressure: 45 dB to 85 dB test distance is 1 meter from the tone
Ports	1 x AC power inlet 1 x standard RJ45 interfaces.100 BASE-TX, IEEE 802.3 4 x USB ports 1 x Equipotential grounding point 1 x RJ11 connector for nurse call DC out port 15V/1.2 A

NIBP (non-invasive blood pressure)


Measuring method	Automatic oscillometric
Measurement range	Adult SYS 30 – 270 mmHg, DIA 10 – 220 mmHg, MAP 20 – 235 mmHg Paediatric SYS 30 – 235 mmHg, DIA 10 – 220 mmHg, MAP 20 – 225 mmHg Neonate SYS 30 – 135 mmHg, DIA 10 – 110 mmHg, MAP 20 – 125 mmHg
Cuff pressure range	0 – 280 mmHg
Resolution	1 mmHg
Pressure accuracy	Static ±3 mmHg Clinic ±5 mmHg, standard deviation ≤ 8 mmHg
Pulse rate range	40 – 240 bpm
Pulse rate accuracy	1 bpm
Initial inflation pressure	Adult 160 mmHg, Pediatric 130 mmHg, Neonate 75 mmHg Double overpressure protection (hardware and software) Adult 297 ± 3 mmHg, Pediatric 252 ± 3 mmHg, Neonate 147 ± 3 mmHg
Alarm range	SYS 0 – 300 mmHg DIA 0 – 300 mmHg MAP 0 – 300 mmHg

SpO2 – Riester


Measurement range	0 – 100%
Resolution	1%
Accuracy	±2% (70 to 100%) ±3% (40% to 69%) Unspecified (0% to 39%)
Alarm range	0 – 100%
Average time	4 sec, 8 sec, 16 sec
Pulse rate Measurement range	20 – 250 bpm
Pulse rate Resolution	1 bpm
Pulse rate Accuracy	±1% or ±1 bpm which ever is greater

SpO2 – Nellcor


Measurement range	0 – 100%
Resolution	1%
Accuracy	70 – 100%: ±2% (adult, paediatric) 70 – 100%: ±3% (neonate) 0 – 69%: unspecified
Alarm range	0 – 100%
Average time	8 sec, 16 sec
Pulse rate Measurement range	20 – 300 bpm
Pulse rate Resolution	1 bpm
Pulse rate Accuracy	20 – 250 bpm: ±3 bpm 251 – 300 bpm: unspecified

SpO2 – Masimo


Measurement range	0 – 100%
Resolution	1%
Accuracy	70 – 100%: ±2% (adult, paediatric, non-motion conditions) 70 – 100%: ±3% (neonate, non-motion conditions) 70 – 100%: ±3% (motion conditions) 0 – 69%: unspecified
Alarm range	0 – 100%
Average time	2 – 4 sec, 4 – 6 sec, 8 sec, 10 sec, 12 sec, 14 sec, 16 sec
Pulse rate Measurement range	25 – 240 bpm
Pulse rate Resolution	1 bpm
Pulse rate Accuracy	±3 bpm (non-motion conditions) ±5 bpm (motion conditions)

RPT-100 (Filac 3000) Predictive Thermometer


Oral (Quick Mode)	non-fever temps: 3 - 5 seconds, fever temps: 8 - 10 seconds
Oral (Standard Mode)	6 - 10 seconds
Axillary Mode	8 – 12 seconds
Rectal Mode	10 – 14 seconds
Direct Mode (all sites)	60 – 120 seconds
Measurement accuracy	35.5°C - 42°C Direct Mode (all sites): ±0.1°C (±0.2°F) Standard Mode (all sites): ±0.1°C (±0.2°F) Quick Mode (oral only): ± 0.3°C (±0.5°)

Ordering information