Resonate Vacancy / Occupancy Sensor RVS / RCS

Ordering InformationDescription 902 MHz Models 902 MHz PN 868 MHz Models 868 MHz PNResonate Vacancy Sensor - 450 sq. ft. RVS-A-UW 8188A1157-X-1 RVS-A-YW 8188A1159-X-1

Resonate Vacancy Sensor - 1800 sq. ft. RVS-B-UW 8188A1158-X-1 RVS-B-YW 8188A1160-X-1

Resonate Occupancy Ceiling Sensor - 450 sq. ft. - with Battery RCS-A-UW 8188A1167-X-1 RCS-A-YW 8188A1169-X-1

Resonate Occupancy Ceiling Sensor – 1800 sq. ft. - with Battery RCS-B-UW 8188A1168-X-1 RCS-B-YW 8188A1170-X-1

OverviewThe Echoflex RVS is a ceiling mount solar powered, passive infrared, wireless vacancy sensor. Optimized for spaces with ceiling heights of 8 to 10 feet, the RVS provides automatic OFF control, meeting today’s strictest energy codes. The Resonate Vacancy Sensor combines a sleek, non-intrusive design with advanced power management circuitry to minimize solar harvesting requirements. The RVS will operate as a self-powered vacancy sensor in low light conditions. The RCS is identical to the RVS with the addition of a battery to provide power for support of auto-on occupancy sensor applications.The Resonate Vacancy/Occupacy Sensors incorporate Echoflex’s latest diagnostic and configuration features to ensure reliable communications and solar harvesting capability. The RVS/RCS supports Range Confirmation® technology whereby simple button press and hold sequences result in LED indication of signal strength. Solar energy harvesting level indication under existing light levels is also provided on demand through LED indication. An efficient power supply design takes advantage of every foot-candle so the sensor will operate as a vacancy sensor with just the energy from artificial lights.Echoflex has incorporated a diagnostic walk-test feature that verifies motion detection plus sensitivity adjustment to prevent false motion triggers.The sensor transmits occupancy or vacancy states detected via the on-board motion detector. In vacancy sensor applications with a manual switch, the RVS sensor automatically triggers lights-off after the room is vacant and an egress timer expires. For occupancy sensor applications with the battery installed, the RCS transmits immediately upon a new occupied event allowing for full lights-on and lights-off automation. The RVS/RCS Sensors are a key component in Echoflex’s Smart Space solutions, delivering energy savings to classrooms, open office spaces and corridors.

Features• Sleek low-profile design for architectural design acceptance

• Solar powered wireless vacancy sensor (RVS) or battery powered occupancy sensor (RCS)

• Integrated Range Confirmation® via tri-colored LED indication

• Reliable radio reception range of 24 m (80 ft) - commercial office spaces (typical), up to 100m (330 ft) line of sight

• RVS operates with natural or artificial light sources

• RVS operates in low light conditions, 65 lux (6 fc)

• Sensitivity adjustment to prevent nuisance triggering

• Walk test mode ensures motion range coverage

• Ceiling mount with 360° angle of detection

• Removable cover for easy mounting

• Mounting- Integrated magnets for T-Bar Ceiling, Wire Strap. Provision for screw mount, double sided tape (not included)

• Quick start-up operation: RVS (no battery), 2 minutes @65 lux (6 f/c) RCS (with battery), instantaneous

Detection Area A lens - 450 ft2 at 8 ft. - 800 ft2 at 10 ft.B lens - 1,800 ft2 at 8 ft. - 3,000 ft2 at 10 ft.

Operating Temperature -10°C to 45°C (14°F to 113°F)

Storage Temperature -25°C to 65°C (-13°F to 149°F)

Relative Humidity 5% to 92% RH (non-condensing)Weight 68 g (2.4 oz)Dimensions 98.0mm. x 25.5mm. (3.86” x 1.00“)

Mounting Integrated magnets, wire bracket, screws (not supplied), double sided tape (not supplied)

Radio Frequency 902 MHz(U) , 868 MHz(Y)Antenna Integrated whipTransmission Range 24 m (80 ft) - commercial office spaces (typical),

up to 100m (330 ft) line of sightTelegram Transmission Vacancy -On heartbeat

Occupancy - Immediately upon motion detection or heartbeat

Telegram Heartbeat 100 seconds min. - 1000 seconds max.

Inputs Teach Button, Test Button

RVS - Vacancy SensorPower Supply Integrated Solar CellsOperational Light Level 65 lux (6 fc)Start-Up Period < 2 minutes @ 65 lux RCS Occupancy SensorPower Supply CR1632 coin cell batteryBattery life expectancy Shelf life as defined by the battery manufacturer or 5

years, whichever occurs first.

Equipment ProfileEEP A5-07-01 Motion Sensor: PIR on, PIR off. Supply voltage monitor

RVS/RCS

Hardware Specifications

Mechanical Specifications

Communications

Echoflex Solutions, Inc.#1, 38924 Queens Way | Squamish | BC | Canada | V8B 0K8Toll Free: 888-324-6359 | Phone: (778) 733-0111 | Fax: (604) 815-0078Email: info@echoflexsolutions.com | www.echoflexsolutions.com

Range Confirmation is an Echoflex Solutions Inc. Patented technology Specifications are subject to change without notification. | Document 8DC-0670 | Revision 1.7

Top View

Side View

A Lens

TOP VIEW:

0

1.5m (5ft)

3.0m(10ft)

4.6m(15ft)

1.5m (5ft)

3.0m(10ft)

4.6m(15ft)

SIDE VIEW:0

8ft(2.4m)

0.9m(3ft)

1.5m(5ft)

2.1m(7ft)

2.7m(9ft)

3.7m(12ft)0 0.9m

(3ft)1.5m(5ft)

2.1m(7ft)

2.7m(9ft)

3.7m(12ft)

0.9m(3ft)

fresnel technologies inc.

SIDE VIEW:0

0 6.1m(20ft)

4.6m(15ft)

3.0m(10ft)

1.5m(5ft)1.5m(5ft)

1.5m(5ft)

3.0m(10ft)

4.6m(15ft)

6.1m(20ft)

8ft(2.4m)

10ft(3.0m)

12ft(3.7m)

B LensTOP VIEW:

0

3.0m(10ft)

6.1m(20ft)

9.1m(30ft)

3.0m(10ft)

6.1m(20ft)

9.1m(30ft)

0

8ft(2.4m)

10ft(3.0m)

12ft(3.7m)

0 12.2m(40ft)

9.1m(30ft)

6.1m(20ft)

3.0m(10ft)

3.0m(10ft)

6.1m(20ft)

9.1m(30ft)

12.2m(40ft)

9ftPG-TPrequest

01.5m (5 ft)

2.7m (9 ft)

3.7m (12 ft)

Top View

06.1m (20 ft)

3.0m (10 ft)

3.0 m (10 ft)

Side View Typical ceiling height 9 ft (2.7 m)

Reliable audio detection > 18 ft provides overlapping coverage of monitored spaces

0.9m (3 ft)

2.1m (7 ft)

6.1m (20 ft)

9.1m (30 ft)

Typical ceiling height 8 ft (2.4 m)

9.1m (30 ft)

SMALL MOTION

Lens Ray Diagrams

Agency Listing & ComplianceCEC Title 24 Compliant 902 MHz modelFCC 15.231 - Remote Control TransmitterIC RSS-210868 MHz model CE Marking

Dimensioned Diagram

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