Carrier 7C-HS-C1W-X ClimaVision Climate Control System User Guide

: July 31, 2024
: Carrier

Table of Contents

7C-HS-C1W-X ClimaVision Climate Control System
Product Information
Specifications
Product Usage Instructions
VVT System Overview
When to Use VVT System?
VVT Zoning System vs. Single-zone System
ClimaVision VVT System Key Benefits and Features
- FAQ
Q: Can the ClimaVision VVT System be integrated with other
Q: Is professional installation required for setting up the

7C-HS-C1W-X ClimaVision Climate Control System

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Product Information

Specifications

Product Name: ClimaVision VVT System
Type: Climate Control System
System Type: VVT (Variable Volume, Variable Temperature)
Application: Light commercial buildings
Control Method: Cloud-based, wireless

Product Usage Instructions

VVT System Overview

A VVT system is an all-air zoning system that provides
individualized comfort to zones using a single air source. It
delivers variable volume of air to each zone based on load
requirements and varies the temperature of the supplied air as per
building needs.

When to Use VVT System?

A VVT system is a great choice for zoning systems due to its
lower installation cost compared to other systems like VRF or VAV.
It ensures comfort and fresh air in each zone, making it suitable
for both new installations and retrofit applications.

VVT Zoning System vs. Single-zone System

In a VVT zoning system, each zone is controlled separately,
providing customized comfort levels. This is beneficial over
single-zone systems where all zones share the same settings.

ClimaVision VVT System Key Benefits and Features

The ClimaVision VVT system is designed to provide comfort,
healthy air quality, energy efficiency, and mechanical reliability.
It is a lightweight yet powerful climate management system suitable
for light commercial buildings. Utilizing cloud-based control
algorithms, it optimizes comfort and energy savings.

FAQ

Q: Can the ClimaVision VVT System be integrated with other

building management systems?

A: Yes, the ClimaVision VVT System can be integrated with other
building management systems through its cloud-based control
capabilities.

Q: Is professional installation required for setting up the

ClimaVision VVT System?

A: It is recommended to have the ClimaVision VVT System
installed by a professional to ensure proper setup and
functionality.

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VVT
SYSTEM DESIGN GUIDE
Guidance for using the ClimaVision Climate Control System for: VVT Systems
Table of Contents
I. INTRODUCTION TO THE CLIMAVISION DESIGN PHILOSOPHY II. VVT SYSTEM OVERVIEW
I. VVT AIR SOURCE II. WHEN IS IT THE RIGHT CHOICE? III. WHAT IS ZONING? IV. SINGLE-ZONE SYSTEM VERSUS VVT ZONING SYSTEM III. CLIMAVISION VVT SYSTEM KEY BENEFITS AND FEATURES IV. COMPONENTS OF THE CARRIER CLIMAVISION VVT SYSTEM V. CLIMAVISION VVT SYSTEM GUIDELINES VI. CLIMAVISION VVT SYSTEM SEQUENCE OF OPERATION VII. VVT SYSTEM COMPONENT DETAILS AND DIMENSIONS

INTRODUCTION TO THE CLIMAVISION DESIGN PHILOSOPHY
Carrier is on a mission to substantially reduce energy consumption in the world’s commercial buildings while improving the comfort and health of the people who work there. ClimaVision achieves this through automation that adapts to change and data that engages people with insights they can use to maintain building systems and operations. To make that difference, automation and data must be present in a much greater percentage of the buildings than they are today, and this can only be accomplished by cutting cost and increasing value.
ClimaVision has adopted a works-out-of-the-box philosophy that redefines the state of the art. Instead of a BAS that can be programmed to do anything, we have created a Climate Control System that is pre-programmed to do most things. Within that pre-programmed manifesto, we still need to account for building variations. To account for these variations while keeping our works- out-of-the-box mantra, we have developed a hierarchy of ways to support variations:
PROFILES — Software and firmware bundles that encapsulate sequences of operation for building systems and terminal equipment.
CONFIGURATIONS — Field settings within each profile that account for equipment differences in systems and terminal equipment.
TUNERS — Parameters and factors within the algorithm supporting sequences of operation that fine-tune the behavior of the system and terminal equipment.
ANALYTICS & NOTIFICATIONS — Predefined analytics and notifications suitable for the selected profiles, and user-defined dashboards and alerts.
The System Design Guides Carrier has prepared are intended to help designers and sales teams determine which solutions are a fit with the type of systems that need control, and how Carrier provides them. The System Design Guide provides a high-level understanding of the requirements sufficient to prepare an initial design at the Profile level and a quotation for a project. Configurations are not discussed here; these would be found in a Submittal when the project arrives at that stage. Tuners are addressed during startup and ongoing support.
AHU
VAV
CV

COMPLEX

1,000

SQUARE FEET

1,000,000

2

VVT SYSTEM OVERVIEW
A VVT (Variable Volume, Variable Temperature) system is an all-air zoning system that provides individualized comfort to zones using a single air source, typically a constant or 2-speed RTU, and zone terminals that are controlled independently.
Variable Volume because it delivers a variable volume of air to each zone, as load dictates. Variable Temperature because the temperature of the air supplied by the central unit varies with building requirements.
VVT AIR SOURCE
Even though VVT systems typically use rooftop units for their central air source, VVT can also be applied to a split system with a packaged air handler. The VPAC (vertical packaged air conditioner) is another good air source for VVT, since it tends to be applied floor-by-floor for renovating existing buildings, where some zoning would be welcome. In essence, the VPAC is the indoor version of the rooftop unit, since it is a self-contained packaged air handler with all refrigeration cycle components included in one factory- assembled package. The only thing needed for VPAC is a cooling tower to reject heat from the water leaving the water-cooled condenser at each unit.

3

VVT SYSTEM OVERVIEW

VVT systems are a popular solution for heating and cooling multiple zone applications in small to medium size buildings. In addition to the central RTU, VPAC, or split system, the VVT components include the air source unit controller, bypass system, zone dampers, zone and bypass controllers, space sensors, and necessary safeties to protect the system. This design guide will provide the details of the ClimaVision VVT system to ensure the design engineer and sales team have everything needed to ensure a successful system.

WHEN IT IS THE RIGHT CHOICE?

A VVT system is an excellent choice for a zoning system because it offers a typically lower install cost than VRF or other ductless systems and VAV systems while still providing an excellent level of comfort and fresh air to each zone.

VVT versus VAV Choose VVT when… · You want a lower initial cost of the system · Less zones per RTU (typically < 12 zones) are needed

· You have a non-VAV air source · The system requires zoning, but not VAV in
particular

VVT versus Ductless Choose VVT when…
· You want a lower initial cost of the system · You want to avoid installing a separate
outdoor air source

· You have easy roof access in building · There is duct work already in place in a
retrofit application

VVT versus Single-zone Units – Choose VVT when…
· Enhanced control of comfort at the zone level is desirable
· Centralizing and reducing unit maintenance is desirable o Filter changes o Belt adjustments o Economizer adjustments o Yearly maintenance costs

· You want to reduce installed cost by minimizing: o HVAC units o Power supplies and disconnects o Duct system o Rigging, piping and wiring o Roof penetrations o Roof curbs

4

VVT SYSTEM OVERVIEW
SINGLE-ZONE SYSTEM VERSUS VVT ZONING SYSTEM
Zoning is important in maintaining comfort conditions in air-conditioned buildings. However, rather than using a zoned system, like VVT, many commercial building are zoned using multiple constant-volume rooftop units or similar single-zone units. Tight construction budgets are the primary reason behind these decisions. In such cases, the RTU is controlled based on a single t-stat or sensor located in some zone. In that one zone, the comfort is maintained, but at the expense of the comfort of the other zones. A zoning system like VVT can dramatically improve the conditions for all the zones, a relatively inexpensive add-on in comparison.
Each zone is controlled separately
To overcome uncomfortable conditions, VVT provides additional control zones at minimal additional cost. A space sensor and a VVT damper controller added to each zone will help to provide comfort to all occupants. This allows the same kind of constant or 2-speed equipment to function on a zoned system without the additional equipment cost normally associated with a zoned system air handler. Although zoning helps to ensure comfort, it does not come without some cost. There is a tradeoff in zoning between customer comfort and installed system cost. More zones provide improved comfort for an additional fee. It is important to evaluated the value of comfort that is added by zoning and the price the customer is willing to pay for it. There is usually a middle ground somewhere between inadequate zoning and ultimate zoning that is acceptable.

5

CLIMAVISION VVT SYSTEM KEY BENEFITS AND FEATURES

Because a VVT system encompasses independent parts working together to create a system that provides comfort and healthy air to the occupants while at the same time providing energy efficiency and mechanical reliability to building owners, it is important to have all the parts working together in harmony.
The ClimaVision VVT system is built to provide just that and more. ClimaVision is a lightweight, but powerful climate management system built for light commercial buildings. ClimaVision is a cloud-based, wireless, and intuitive system that utilizes built-in control algorithms and the power of the cloud to optimize comfort and energy savings.

SAVES ENERGY
ClimaVision’s industry-leading control sequences, scheduling capabilities, and zoning features automatically adjust when and where your HVAC system needs to run, helping lower operational costs.
How does the ClimaVision VVT system save energy?
· Only condition spaces as needed:
· Flexible and advanced scheduling · Utilizing occupancy sensors and setback temps
during scheduled occupancy to reduce the load on the system by not conditioning zones when no one is present. · Precise zoning control eliminates overcooling or overheating spaces. · Use zone prioritization to ensure comfort of highpriority spaces. · Occupant app allows for users to enter out of office schedules.
· Early alerts allow building management to respond to equipment failures before they become more problematic.
· Advanced Energy Reporting: ClimaVision offers advanced reporting including two predefined visualizations
· Carbon Footprint Reduction: Track the reduction of energy over a period of time
· Portfolio Energy Usage: Compare energy usage in your building to a benchmark or to another building in your portfolio

COST EFFECTIVE
In comparison to traditional building automation systems, ClimaVision works out-of-the-box with easy-to-install components that are designed to work together to provide maximum comfort and efficiency.
How is ClimaVision cost effective while still providing great features and functionality? · Pre-programmed control algorithms eliminate the
need for custom programming and engineering labor. · Controllers communicate wirelessly, eliminating the need for network wiring, greatly reducing labor costs. · Cloud-hosted software eliminates the need for an on-premise server and IT/security expertise. · ClimaVision software provides pre-built dashboards and reports saving time and engineering labor. · Ability to create custom zoned heatmaps in minutes.
ONE-STOP SUPPORT
One of the great benefits of the Carrier ClimaVision system is the fact that it is installed and supported by mechanical contractors that sell Carrier equipment and controls. This means there is a single place to go for support.
Even more important is the power of the ClimaVision system to be maintained remotely by your Carrier contractor. The cloud-based system can be reached from anywhere 24/7 and can often be diagnosed and corrected without a site visit.

6

CLIMAVISION VVT SYSTEM KEY BENEFITS AND FEATURES

SIMPLE TROUBLESHOOTING
ClimaVision provides many tools to help operators understand and troubleshoot their HVAC systems.
How is the ClimaVision VVT system simple to troubleshoot?
· Trends and alarms, along with alarm notification options, help to pinpoint when and where a trouble condition occurred.
· Heatmaps provide a quick-glance overview of building comfort conditions, making it easy to see any hot/cold spots in the building.
· Custom Heatmap Filter: This feature allows the user to apply color coded filters to zones in the heatmap based on specific conditions. Early notifications about problems allow building management to respond to equipment failures before they become more problematic.
· Access to system points from a variety of user interfaces:
· ClimaVision Web UI: Powerful and fullfeatured interface to navigate and manage the system.
· Central Control Unit (CCU): The CCU has a 10″ tablet interface with intuitive access to the system.
· Mobile Apps: Two mobile apps are available: the Facility app, which provides a similar interface to the CCU, providing full access to the system. Also available is the Occupant app, which gives the tenant the ability to adjust the setpoint and schedule override in their specific area.
· Controller User Interface Screens: The built-in screens provide a menu- driven navigation of status, parameters, and setup info for the specific controller.
GET NOTIFIED OF PROBLEMS
The ClimaVision Alerts feature allows the facility manager and/or the servicing contractor to monitor the performance of their HVAC equipment and take corrective action if their equipment is not performing as expected. The facility managers who monitor these systems can be notified and can mute/unmute notifications based on their preferences and requirements.

How does the ClimaVision system support alerts and notifications? · With the Alerts feature, the primary facility
manager can: · Choose their preferred alert method SMS
text, email, push mobile notifications, and/or desktop notifications. · Get notified of any alert per their preferred method.
· Mute/unmute alert for specific equipment for a preferred time duration (per user muting).
IDEAL FOR MECHANICAL CONTRACTORS
ClimaVision is ideal for mechanical contractors because it provides a robust HVAC controls solution that is simple to install and maintain.
There are a number of reasons why 87% of buildings under 50,000 square feet don’t have building automation systems today. Two of the biggest reasons are the overall cost of the system and the expertise typically required to install and support these systems. The ClimaVision system seeks to change that by reducing the installed cost and ensuring it is simple to install.
What makes the ClimaVision system easy to install & how does it reduce cost?
· Built-in control algorithms that are flexible and field configurable. No custom programming is required. During the installation process, the installing technician simply chooses the equipment type and desired features.
· The wireless controller-to-controller network feature reduces time and installation cost. With ClimaVision’s 900 mHz wireless mesh network, the installer does not need to worry about wiring problems. The only thing the installing contractor will need to keep in mind is the recommended spacing between controllers to ensure the wireless mesh network functions effectively.

7

COMPONENTS OF THE CARRIER CLIMAVISION VVT SYSTEM

Central Control Unit (CCU) Acts as the controller for the system air source (RTU). The CCU touchscreen tablet also provides a local user interface for the whole zoning system and acts as the coordinator of the system by collecting calls for cooling or heating from the zone terminal controllers. Finally, the CCU provides the WiFi connection to the ClimaVision cloud to allow for the whole site to be managed from the ClimaVision Web UI or the Facility Manager app.
Smart Node The Smart Node (controller), when combined with a damper actuator and the ClimaVision communicating sensors, controls the bypass damper and the zone terminal dampers.
The Smart Node offers a digital display and buttons to allow for configuration, commissioning and troubleshooting. It communicates to the CCU over a wireless 900 Mhz mesh network reducing the complexity and expense of communication wiring.
Damper Actuator – A 0-10 VDC output is used to control the damper actuator to optimize comfort in the controlled zone.

7C-CC-K5K-X

7C-SN-C1X-X

7C-LMB24

Communicating Sensors There are a number of sensing options offered as a part of the ClimaVision system. A few of the most common are shown here.
1. Multi Sensor – Temp | RH | CO2 | PIR Occ
2. Wall Sensor – Temp | RH 3. HyperSense – Temp | RH | CO2 | PIR Occ | VOC | Light | dB |
PM2.5 (Optional) | Local Setpoint & Override

7C-SE-C43K-X 7C-SE-C72X-X

7C-HS-C1W-X

ClimaVision Web UI A full-featured cloud-based graphical UI. Provides remote monitoring and control across a single building or an entire portfolio.

· Manage setpoints and

system alerts

schedules

· Manage users and system

· View real-time status values settings

and historical data via built-in · View heatmaps for quick

trend graphs

insight into a wide variety of

· Receive and respond to

critical data

ClimaVision Facility Manager and Occupant apps The apps are meant to allow the facility manager to control and monitor their facilities and the occupants to manage the comfort in just the spaces they are assigned to.

8

CLIMAVISION VVT SYSTEM GUIDELINES

SYSTEM SIZING

Duct Sizing Tips Review these excellent tips for sizing ductwork associated with VVT.

· Main ducts at 1200 fpm maximum · Branch ducts at 1000 fpm maximum · Use equal friction or static regain method · Target friction rate = 0.08 in. wg / 100′ EL · Aerodynamic fittings especially near unit
Sizing Bypass Duct and Damper
· Determine air source unit total cfm based on block load
· Find the zone with the smallest airflow (cfm) requirement
· NEVER size for less than 75% of unit design cfm · Size duct and damper to the same size · Bypass cfm = total cfm (smallest zone cfm +
ventilation cfm of all other zones) Example: 5-ton RTU providing 2000 cfm. 3 zones with design airflows of 400, 600, and

1000 cfm. Total ventilation requirement 300 cfm. Bypass airflow is 2000 – (400+300) = 1300 cfm. This is smaller than 75% of unit airflow, so size bypass for 1500 cfm @ 1000 fpm. 18-inch round duct would flow 1500 cfm at ~860 fpm.
Bypass Design Guidelines
· Layout bypass to avoid short circuiting
· Locate static pressure pickup five duct diameters downstream of bypass damper in a straight run (avoid elbows and tees)
· Facilitate mixing of bypass air with return air

CLIMAVISION VVT DAMPER KITS
B A
C D

DIMENSIONS

PART NUMBER

A

B

C

D

7C-DA-C54X-X

6″

8.5″

8″

9

7C-DA-C50X-X

8″

10.5″

8″

11

7C-DA-C51X-X

10″

12.5″

8″

13

7C-DA-C52X-X

12″

14.5″

8″

15

7C-DA-C57C-X

14″

16.5″

8″

17

7C-DA-C26X-X

16″

18.5″

8″

19

7C-DA-C27X-X

18″

20.5″

8″

21

7C-DA-C28X-X

20″

22.5″

8″

23

AIRFLOW SPECIFICATIONS

PART NUMBER
7C-DA-C54X-X 7C-DA-C50X-X 7C-DA-C51X-X 7C-DA-C52X-X 7C-DA-C57C-X 7C-DA-C26X-X 7C-DA-C27X-X 7C-DA-C28X-X

Duct Dia.
6″ 8″ 10″ 12″ 14″ 16″ 18″ 20″

Weight
4 lbs 4.5 lbs 6.1 lbs 7 lbs 8.1 lbs 9.5 lbs 12 lbs 15 lbs

CFM MIN
160 280 440 630 850 1125 1425 1890

CFM MAX
240 420 660 950 1275 1575 1990 2460

9

CLIMAVISION VVT SYSTEM GUIDELINES

BYPASS DAMPER
Why do you need a bypass?
VVT application utilizes a constant volume HVAC unit in a VAV like strategy.
Zone Dampers reposition constantly to maintain occupant comfort.
The HVAC unit puts out a constant airflow, so static pressure changes with demand.

Supply Air

Bypass Damper

Bypass Controller with Actuator

Damper Power Supply (40 VA, 24 VAC)

Static Pressure Pickup
Ceiling

¼-in. Poly Tube (FR)
Bypass controls static pressure to avoid over-pressurization

Ceiling Plenum Return Layout (option 1)

Provide at least two 90° turns in return duct to avoid line of sight sound path back to space
Avoid return grilles in close proximity to bypass discharge air path

Aim bypass damper discharge away from
return inlet
Duct sensor located upstream of bypass damper
Locate pickup in area of least turbulence, five duct diameters downstream of bypass discharge air path

Static Pressure Pickup

10

CLIMAVISION VVT SYSTEM GUIDELINES

BYPASS DAMPER
Ceiling Plenum Return Layout (option 2)
Locate return / bypass junction a minimum of 15 ft from unit inlet
Return Back Draft
Damper

Avoid the temptation to install a short-circuit bypass here. It will cause nuisance trips with zone capacity interruption.

Bypass Controller &
Actuator
Static Pressure Tubing

Duct sensor located upstream of bypass damper
Locate pickup in area of least turbulence, five duct diameters downstream of bypass takeoff but upstream of first zone takeoff or major junction Static Pressure Pickup

11

CLIMAVISION VVT SYSTEM GUIDELINES

DESIGNING THE MESH NETWORK
The drawing and notes below provide guidance for laying out a ClimaVision VVT system.

Building

Hops = 2 Distance
SN
120′
Hops = 1 Distance

Hops = 1

Distance

SN

100′

Wired Up to 1000′

Hops = 2 Distance
80′ SN
Hops = 1 Distance
SN
80′

SN

50′

CCU

Hops = 1

Distance

60′

SN

Hops = 2

Distance

60′

SN

Hops = 3 Distance
SN

120′
Hops = 1 Distance
SN

Notes: 1. The CCU will pair with a maximum number of 48 ClimaVision devices; however, the
recommended design best practice maximum is 35 nodes. VVT design best practice is 2 to 12 zones.
2. ClimaVision 900Mhz Wireless Mesh Range: The general rule of thumb for standard design is 100′ point to point (or device to device) with a maximum of 2 hops from the CCU to the furthest controller (Max range of 200′ from the CCU to the furthest device)
3. Position the CCU as close to the center of the system as possible for maximum coverage.
4. Walls, concrete, metal, and other RF devices can cause a network signal degradation.
5. ClimaVision devices support a wired connection in the event that using the 900Mhz wireless mesh network is a problem for some reason.

12

CLIMAVISION VVT SYSTEM SEQUENCE OF OPERATION
Carrier ClimaVision VVT operates to provide comfort to each zone while also maintaining an optimal duct pressure in the system using a bypass damper.
Once you select the VVT-C terminal profile under SmartNode VVT-C profiles, the configuration provides the options to define the damper types, size, shape, and zone priority. It also provides the options to define the minimum and maximum damper positions during heating and cooling along with the Temperature Offset.
Additionally, the profile provides options to modify the controls based on the Internal Air Quality and CO2, with the IAQ and CO2 control that can be enabled or disabled.
Normally the Algorithm continuously tracks the current temperature of the zone and looks for the change in the difference between the terminal level Desired Temperature and Current Temperature and provides an optimal damper opening position within the dead band range, which is a resultant of the loop output based on the PI loop for control signals.
When the Current Temperature increases above the set point or desired temperature, the zone calls for cooling from the system or building-level equipment.
And when the Current Temperature decreases below the set point or desired temperature, the zones call for Heating from the system or building-level equipment.
The building or system-level device is an RTU or AHU which is controlled by the system-level VVT-C profiles.
When the CO2 or the IAQ control is enabled, the algorithm takes the target and threshold values of CO2 and VOC into consideration. An increase in the value from the threshold value results in a loop output, and it changes the minimum damper position for the actual control to the changes in percentage value.
This resultant loop output is called the CO2 loop output, which is simply the weighted average CO2 loop output for all the zones that have CO2 control enabled.
Example- If the target and threshold are 1000ppm and 800, measured CO2 is 850 and configured damper limits are 0-100. The algorithm starts raising the minimum damper position proportionally from 800. A CO2 measurement of 850 will yield a loop output of 25%. This raises the damper’s min position so that it now varies in the range of 25 100 based on temperature.

13

CLIMAVISION CCU
VVT SYSTEM PROFILES SUPPORTED
VVT-C Staged RTU VVT-C Staged RTU w/ VFD Fan VVT-C Fully Modulating AHU VVT-C Modulating AHU with DCWB VVT-C Advanced Hybrid AHU
CCU I/O
(4) universal input/output digital/analog low power 1A ports
(2) floating point Smart Damper outputs (2) thermistor inputs (2) thermistor (temperature) inputs (1) 3-pin serial communications port (1) RS-485 4-pin serial communications port (1) IR port (1) LED display with user navigation buttons

Front view 208.5mm

145mm

Top view

Bottom view

202.16mm

202.16mm, 208.5mm

14.18mm

37.58mm

7C-CC-K5K-X

158.48mm 129.29mm

Left view

25.87mm, 11.5mm, 20.01mm

25.87mm
37.54mm Right view

14

CLIMAVISION SMART NODE

APPLICATION PROFILES SUPPORTED
VVT-C Terminal Supports Reheat and IAQ control
VVT-C Dual Duct Bypass Damper

SMART NODE I/O
(4) universal input/output digital/analog low power 1A ports
(2) floating point Smart Damper outputs (2) thermistor inputs (2) thermistor (temperature) inputs (1) 3-pin serial communications port (1) RS-485 4-pin serial communications port (1) IR port (1) LED display with user navigation buttons
Configuration Screen

135.9mm
136.14

27.7mm 27.89

7C-SN-C1X-X

15015.01.14mm

15

CLIMAVISION COMMUNICATING SENSORS

WALL SENSOR

MULTI-SENSOR

7C-SE-C43K-X

Sensing

Temperature, Humidity

Operating Temp 0°F – 122°F (-17°C 50°C)

Termination Accuracy

3 pin connector
Temperature ( +/- 1 °F, 0.2 °C), Humidity (typical +/- 2% RH)

7C-SE-C72X-X

Sensing

Temperature, Humidity, CO2, Occupancy (PIR)

Operating Temp 0°F – 122°F (-17°C 50°C)

Termination Accuracy

3 pin connector
Temperature ( +/- 1 °F, 0.2 °C), Humidity (typical +/- 2% RH), CO2 +/- 75 ppm at a 400 and
1000 ppm concentration when measured at sea level and 77 °F (25 °C) OCC Senses targets within 8f distance and 100 deg. angle

45.9mm

62.5mm

61.5mm

21 mm

CLIMAVISION COMMUNICATING SENSORS HYPERSENSE

MECHANICAL / SENSORS

7C-HS-C1W-X

Screen

2.8″ 240×320 pixel TFT LCD

Operating Temp 32°F – 122°F (0°C 50°C)

Temperature

Operating range between 32°F to 122°F (0°C to 50°C); typical accuracy +/- 1°F / 0.2°C

Humidity Dedicated CO2 Sensor VOC sensor
Light Sound PM2.5, PM10 Thermistor Input

Operating range between 0 to 95% noncondensing; Typical accuracy of +/- 2% RH
Range 0-40’000 ppm; Accuracy +/-30ppm; drift +/- 50ppm over range of 4005000ppm and lifetime of 15 years TVOC: 0-60’000 ppb. Typical Accuracy – 15% of measured value Ambient light sensor; high-accuracy UV index sensor; matches erythemal curve; < 100 mix resolution
40-120dB response for 100 Hz to 10Khz
Detection range of 0-1000ug/m3 and accuracy of +/- 10ug/m3 (PM2.5, 0-100 ug/m3) or +/- 25ug/m3 (PM10, 0-100ug/m3), configurable on LCD
(2) 10K Type-2 thermistor inputs with 2% accuracy

Analog Input

(2) 0-10V analog voltage inputs with 2% detection accuracy

165mm

29mm

155mm

115mm 113mm 113mm
112mm

VVT SYSTEM COMPONENT DIMENSIONS
ACTUATOR
Basic, Non Fail-Safe modulating actuator for controlling VVT zone dampers and bypass dampers in a ClimaVision VVT application.
· Torque motor 45 in-lb [5 Nm] · Nominal voltage AC/DC 24 V · Control modulating · Operating Range 0…10 V · Position feedback 0…10 V · Direction of motion motor selectable with switch · Manual override with push button · Angle of rotation Max 95° · Running Time (motor) 95 s / 90°
Application
The actuator is mounted directly to a damper shaft from 1/4″ up to 5/8″ in diameter by means of its universal clamp. The actuator is not provided with and does not require any limit switches, but is electronically protected against overload. The antirotation strap supplied with the actuator will prevent lateral movement. The LMB series provides 95° of rotation and a visual indicator indicates position of the actuator.

7C-LMB24

0

18

CLIMAVISION SPECIFICATIONS FOR VVT AND SINGLE ZONE SYSTEMS

System Description

The Building Automation System (BAS) shall consist of a complete network of controllers communicating via a self-healing, 900mHZ mesh communication network. System shall support both single-zone unitary equipment as well as air-side zoned system applications.

The primary method of interface with the BAS shall be via a web-based server. Server shall support multiple levels of access including Installer, Facility Manager and User. Persons that have access to multiple sites using the same BAS shall be able to login using a single username and password, server shall discriminate regarding information available for each site according to the persons access level at that individual site.

BAS server shall support access via a standard PC or tablet-based web-browser application, as well as appbased access using either Android or Apple iOS mobile applications that are available as a free download from their respective sites. BAS shall have a mobile application specifically for User access, supporting setpoint override adjustment and the ability to add a vacation schedule. A Facility Manager mobile application is also required that can give access to system-level activities consistent with the web-browser application.

BAS shall have an on-site Wi-Fi internet gateway with an owner-provided internet access point. The gateway shall be provided with a touch screen display that allows for registration and configuration of the control system and controllers.

BAS shall include the capability of serving BACnet objects to 3rd-party BAS providers.

In addition to the above features, the BAS shall also offer the following:

· The ability to create normal, special event or holiday schedules at the site or individual zone level
· Predefined trends with grouping of relevant data · Floorplans with temperature heatmap and the
ability to create custom heatmaps to represent other relevant data with colors · Automatic updates for web UI, mobile apps and

controller firmware · Alert notification configuration managed by user · Allow for creation of custom summary tables to
show data points from multiple zones to be displayed/edited in a tabular format · Security – SOC 2 compliant and VAPT certified · Equipment graphics with most relevant data points automatically generated

Controller Capabilities
Controllers shall utilize factory written and tested control algorithms to ensure consistency and quality of the application. Where applicable, applications shall conform to local codes, guidelines, and applications such as Title 24, GL36 etc. Controllers that do not conform to these guidelines and are not listed with the relevant authority having jurisdiction are not acceptable.
All controllers shall have an on-device display. Controller applications shall reside in their respective controllers and be selectable using the on-device function buttons/display. Controllers must be capable of operating in stand- alone mode without connection to the internet/internet gateway.
Installation and Support
BAS shall be installed by factory trained and tested installers. Installers shall carry an inventory of commonly used BAS components or shall alternatively be supported by a local stocking Distributor that has them available. Commonly used components include, but are not limited to: Internet gateways, controllers, sensors and positioning devices. Systems that are not supported within 100 miles of the installation location and do not have locally available replacement components are not acceptable. Approved Vendors: Carrier ClimaVision

19

DWG #

JO B #

FILTER

DX COIL

OUTSIDE AIR

D N.C.
ECONOMIZER EXHAUST

RETURN AIR

SmartNode 7C-SN-C1X-X SmartNode Bracket 7C-HW-C37X-X
Act uat or 7C-AT-C6X-X

R C W1 W2 Y1 Y2 G O
HEAT

SUPPLY AIR

Differential Pressure Transmitter
NSA-HH/DLP-010W-U-D-A-3-C
Pressure Pickup NSA-SP T-35

Supply Air Sensor NSA-A/ CP-DO-4-
10CL2P
SAT

3

SAT

ClimaVision VVT Zoning System Central Transformer
4 Zones Depicted Typical of __
CENT RAL TRANSF ORME R
4

To Additi ona l Controll ers

Drawn: ENG:

DATE

DESCRIP TI ON

REV #

SmartNode 7C-SN-C1X-X

Wireless A ccess Poi nt & Inte rnet Pr ovi ded by Others

CCU 7C-CC-K5K-X

12

SAT SAT SAT SAT

5 Damper Kit
7C-DA-C__X-X

Damper Kit 7C-DA-C__X-X

Type
120vac 24vac Universal Inputs Binary Inputs Analog Output Binary Output
Comm Bus Rnet

Legend
900mHz Wireless Communication
Wi-Fi Communication
Communicating Sensor Wiring Sensor Wiring Low Voltage Wiring
Color Code

(+)

(-)

Black Red Purple Orange Blue Red w/Black Stripe

White Brown Yellow Yellow w/Black Stripe Pink w/Black Stripe Brown w/Black Stripe

Bundled

Orange Jacket White Jacket

6

7
Wall Sensor 7C-SE-C43K-X

Wall Sensor 7C-SE-C43K-X

Notes: 1. The CCU will pair with a maximum number of 48 ClimaVision devices; however, the recommended design best practice maximum is 35 devices. VVT design best practice is 2 to 12 zones. 2. ClimaVision 900Mhz Mesh Range: The general rule of thumb for standard design is 100′ point to point with a maximum of 2 hops from the CCU to the furthest controller (Max range of 200′ from the CCU to the furthest device) 3. Locate the pressure pickup in the area of least turbulence, 5 duct diameters downstream of the bypass takeoff but upstream of the first zone takeoff or first major junction (Avoid elbows and tees). 4. Transformers need to be sized to accommodate the VA draw of the controllers and sensors being powered. For project specific calculations, see the Product Data sheets of the selected devices for exact VA requirements. 5. Damper kits are available in 6″, 8″, 10″, 12″, 14″, 16″, 18″ & 20″ sizes. Each kit includes the damper, actuator, duct sensor and SmartNode mounting bracket (SmartNodes are sold separately). 6. Carrier recommends using the ClimaVision pre-terminated wire between controllers & communicating sensors. Wire available in various lengths (3 Wire – 18″, 30′, 50′ or 100′)(4 Wire – 25′ or 50′). 7. Wall Sensor – 7C-SE-C43K-X (Temp/Hum) shown can be replaced with MultiSensor – 7C-SE-C72X-X (Temp/Hum/CO2/Occ) or HyperSense – 7C-HS-C1W-X (Temp/Hum/Occ/CO2/VOC/lm/dB)(HyperSense requires 4 wire)

DWG #

JO B #

FILTER

DX COIL

OUTSIDE AIR

D N.C.
ECONOMIZER EXHAUST

RETURN AIR

SmartNode 7C-SN-C1X-X SmartNode Bracket 7C-HW-C37X-X
Act uat or 7C-AT-C6X-X

R C W1 W2 Y1 Y2 G O
HEAT

SUPPLY AIR

Differential Pressure Transmitter
NSA-HH/DLP-010W-U-D-A-3-C
Pressure Pickup NSA-SP T-35

Supply Air Sensor NSA-A/ CP-DO-4-
10CL2P
SAT

3

SAT
Supply Air Sensor NSA-A/ CP-DO-4-
10CL2P

SmartNode 7C-SN-C1X-X

ClimaVision VVT Zoning System Central Transformer
4 Zones Depicted Typical of __
CENT RAL TRANSF ORME R
4
SmartNode 7C-SN-C1X-X

SmartNode 7C-SN-C1X-X

To Additi ona l Controll ers
SmartNode 7C-SN-C1X-X

Drawn: ENG:

DATE

DESCRIP TI ON

REV #

Wireless A ccess Poi nt & Inte rnet Pr ovi ded by Others

CCU 7C-CC-K5K-X

12

SAT SAT SAT SAT

5 Damper Kit
7C-DA-C__X-X

Damper Kit 7C-DA-C__X-X

Type
120vac 24vac Universal Inputs Binary Inputs Analog Output Binary Output
Comm Bus Rnet

Legend
900mHz Wireless Communication
Wi-Fi Communication
Communicating Sensor Wiring Sensor Wiring Low Voltage Wiring
Color Code

(+)

(-)

Black Red Purple Orange Blue Red w/Black Stripe

White Brown Yellow Yellow w/Black Stripe Pink w/Black Stripe Brown w/Black Stripe

Bundled

Orange Jacket White Jacket

6

7
Wall Sensor 7C-SE-C43K-X

Wall Sensor 7C-SE-C43K-X

M ultiSe nso r 7C-SE-C72X-X

7
Hype rS en se 7C-HS-C1W-X

Notes: 1. The CCU will pair with a maximum number of 48 ClimaVision devices; however, the recommended design best practice maximum is 35 devices. VVT design best practice is 2 to 12 zones. 2. ClimaVision 900Mhz Mesh Range: The general rule of thumb for standard design is 100′ point to point with a maximum of 2 hops from the CCU to the furthest controller (Max range of 200′ from the CCU to the furthest device) 3. Locate the pressure pickup in the area of least turbulence, 5 duct diameters downstream of the bypass takeoff but upstream of the first zone takeoff or first major junction (Avoid elbows and tees). 4. Transformers need to be sized to accommodate the VA draw of the controllers and sensors being powered. For project specific calculations, see the Product Data sheets of the selected devices for exact VA requirements. 5. Damper kits are available in 6″, 8″, 10″, 12″, 14″, 16″, 18″ & 20″ sizes. Each kit includes the damper, actuator, duct sensor and SmartNode mounting bracket (SmartNodes are sold separately). 6. Carrier recommends using the ClimaVision pre-terminated wire between controllers & communicating sensors. Wire available in various lengths (3 Wire – 18″, 30′, 50′ or 100′)(4 Wire – 25′ or 50′). 7. Wall Sensor – 7C-SE-C43K-X (Temp/Hum) shown can be replaced with MultiSensor – 7C-SE-C72X-X (Temp/Hum/CO2/Occ) or HyperSense – 7C-HS-C1W-X (Temp/Hum/Occ/CO2/VOC/lm/dB)(HyperSense requires 4 wire)

ClimaVision VVT – Additional Zone Single Duct with Central Transformer
Typical of __

SUPPLY AIR
From System Transform er

SmartNode 7C-SN-C1X-X
SmartNode Bracket 7C-HW-C37X-X
Supply Air Sensor NSA-A/ CP-DO-4-
10CL2P

SAT

Act uat or 7C-AT-C6X-X

Wall Sensor 7C-SE-C43K-X

SAT

ClimaVision VVT – Additional Zone Single Duct with 1 Stage or SCR Electric Reheat Typical of __
SUPPLY AIR
SmartNode 7C-SN-C1X-X SmartNode Bracket 7C -HW-C37 X-X
Act uat or 7C-AT-C6X-X
Supply Air Sensor NSA-A/ CP-DO-4-
10CL2P
Wall Sensor 7C-SE-C43K-X

SAT

ClimaVision VVT – Additional Zone Single Duct with 2 Stage Electric Reheat Typical of __
SUPPLY AIR
SmartNode 7C-SN-C1X-X SmartNode Bracket 7C-HW-C37X-X
Act uat or 7C-AT-C6X-X
Supply Air Sensor NSA-A/ CP-DO-4-
10CL2P
Wall Sensor 7C-SE-C43K-X

Drawn: ENG:

JO B #

REV #

DESCRIP TI ON

DATE