Johnson Controls GS3000 Manuel utilisateur

GS3000 Gas Detection Sensor Series Installation

Guide

Introduction

The GS3000 Gas Detection Sensor Series of carbon

monoxide (CO) and nitrogen dioxide (NO2) sensors

monitor CO gas levels and offers an optional local or

remote NO2 sensor. You can order the sensor with four

output options. Analog options include 4 mA to 20 mA

active output or voltage output configurable as 0 VDC

to 5 VDC or 0 VDC to 10 VDC. Network options include

BACnet®.

Analog outputs are available on the CO, TEMP, and NO2

terminals. Order the signal type as either voltage or 4

mA to 20 mA active outputs. Select the voltage model for

either 0 VDC to 5 VDC or 0 VDC to 10 VDC through the

Menu, the factory default setting is 0 VDC to 5 VDC.

Figure 1: GS3000 Series Gas Detection Sensor

Important:

Read these instructions carefully before you install

and commission the gas sensor. Failure to follow

these instructions may result in product damage.

Do not use this device in an explosive or hazardous

environment, with combustible or flammable gases,

as a safety or emergency stop device, or in any

other application where failure of the product could

result in personal injury. Follow electronic discharge

precautions during installation and do not exceed

the device ratings.

Features and benefits

Features include:

• LCD to configure and monitor various output signal

types

• Temperature sensor with different output types

• 2 relays for alarm indication

• High intensity strobe and buzzer for alarms

• Field-replaceable calibrated sensors

Dimensions

Figure 2: Dimensions of the GS3000 Series Gas

Detection Sensor

*241148400005B*

Part No. 24-11484-00005 Rev. B

2021-04-01

(barcode for factory use only)

GS300, GS301

Mounting

About this task:

For wall mounting, select a suitable mounting area away

from windows or doors that open, and avoid areas subject

to high vibrations or excessive moisture. The enclosure

has a hinged cover with a latch. The enclosure offers two

entry points for wiring, one on top and one on bottom,

and one rubber grommet installed in the bottom wiring

hole. The hole provided is for conduit or cable gland

mounting and is 0.86 in. (21.38 mm) in diameter.

To install the sensor, complete the following steps:

1. To open the cover, pull slightly on the latch on the

right side of the enclosure. See Figure 3.

2. To mount the device directly to a flat surface, use

the four integrated mounting holes provided on

each corner of the enclosure using screws, not

provided.

3. Ensure the sensor pods point downwards. See

Figure 3.

4. Route the installation wire through the top or

bottom hole and place the grommet in the unused

hole. See Figure 4 for locations of wiring holes.

5. To wire the connections, see Figure 9 and Figure 10.

6. When you complete the wiring and device setup,

close and latch the cover. The enclosure also

includes a hole for the use of an anti-tamper

device.

Figure 3: Opening the GS3000 Series sensor cover

Figure 4: Location of wiring holes

Remote NO2 mounting

About this task:

Mount the remote NO2 sensor within 10 ft (3 m) of the

main enclosure as shown in Figure 5. The enclosure has a

hinged cover with a latch.

1. Secure the enclosure to the selected section of wall

above the main enclosure with two no. 10 x 1 in. (25

mm) self-tapping screws, not provided.

2. Tighten the screws until the enclosure is tight

against the wall and ensure the enclosure does not

move. See Figure 6.

3. To open the cover, pull slightly on the latch on the

right side of the enclosure. At the same time, pull

on the cover.

4. To wire the connections, see Figure 12.

5. Close the door until it is securely latched. For

additional security, install the two provided screws

in the integrated screw tabs. See Figure 7.

Figure 5: Mounting the GS3000 Series NO2 sensor

GS3000 Gas Detection Sensor Series Installation Guide2

Figure 6: Inserting the self-tapping screws

Figure 7: Location of the integrated screw tabs

Wiring

About this task:

Pull enough wire into the enclosure to reach the terminal

blocks and complete the wiring connection according

to Figure 8 . Make all connections in accordance with

national and local codes.

Important: Deactivate the 24 VAC or 24 VDC

power supply until you make all connections to the

device to prevent electrical shock or equipment

damage. Follow correct electrostatic discharge (ESD)

handling procedures when you install the device or

equipment damage may occur. Use 14 AWG to 22

AWG shielded wire for all connections. Do not locate

the device wires in the same conduit with wiring

used to supply inductive loads such as motors.

To wire the sensor, complete the following steps:

1. Connect the plus DC or the AC voltage hot side to

the PWR terminal and connect the power supply

common to the COM terminal.

Note: The device is reverse voltage-protected

and will not operate if you connect it

backwards. The device has a half-wave power

supply so the supply common is the same as

the signal common. Use caution when you

wire multiple devices or when you ground the

secondary of a transformer to ensure that the

circuit ground point is the same on all devices

and on the controller.

2. Check the controller Analog Inputs (AI) to

determine correct connection before you apply

power. Both current and voltage output signals

reference to the COM terminal.

Note: The current outputs operate in the active

mode and do not require a loop power supply.

The sensor generates the signal current and

you must not connect the outputs to a powered

input or device damage will result.

3. The analog output signals connect directly to

the Building Automation System (BAS) for use as

control parameters. See Figure 9 .

4. If the device includes a BACnet connection, use a

twisted shielded pair to connect to the terminals

marked A-, B+, and SHLD (SHIELD).

5. The positive wire connects to B+, the negative to A-,

and the cable shield connects to the SHLD terminal

on each device. Connect the shield wire to earth

ground at one end of the network only. See Figure

10.

Note: A network segment is a single-shielded

wire loop run between several devices (nodes)

in a daisy chain configuration. The total

segment length should be less than 4000

ft (1220 m) and the maximum number of

nodes on one segment length is 128. Nodes

are any device connected to the loop and

include controllers but do not include the EOL

terminators.

To install more than 128 devices, or to increase

network length, requires repeaters for correct

communication. The maximum daisy chain

length (segment) depends on transmission

speed (baud rate), wire size, and number of

nodes. If communication is slow or unreliable,

it may be necessary to wire two daisy chains

to the controller with a repeater for each

segment.

Note: If you install the device at either end of

an RS-485 network, install an end-of-line (EOL)

termination resistor (121 ohms) in parallel with

the A- and B+ terminals. This device includes

a network termination resistor and jumper to

connect the EOL resistor on the PCB. Move the

jumper to the EOL position and no external

resistor is necessary. See Figure 11.

GS3000 Gas Detection Sensor Series Installation Guide 3

Figure 8: Wiring diagram

Figure 9: Wiring for analog output

Figure 10: Wiring for BACnet output

Figure 11: EOL termination resistor

Figure 12: Remote GS3000 Series NO2 Sensor wiring

Figure 13: Alarm relay connections

6. Relay terminals have the designations NO, COM

and NC. Each relay output is independent and

isolated from the other and the relays COMs do not

connect to the device COM. See Figure 13.

Note: The gas detector has two alarm or

control relays. The relays are Form C type with

both a normally open (NO) and a normally

closed (NC) contact. You can connect the relay

contacts to controller Digital Inputs (DI) to

monitor the status or use the relay contacts

to directly control an alarm or ventilation fan.

Do not exceed the device contact ratings.

For example, in certain cases you can use a

separate control relay between the sensor relay

and a large fan.

7. A temperature sensor is available either as a feed-

through with different sensor types, see Figure

14, or as an analog output available on TEMP and

COM terminals. See Figure 15. Terminals are only

present if you order the option.

GS3000 Gas Detection Sensor Series Installation Guide4

Figure 14: Feed-through temperature sensor

Figure 15: Transmitter with analog output

Operating start-up

After applying power to the device, it enters the start-up

mode. The LCD backlight is on during the start-up mode.

The LCD displays the current operating settings for 2 s

each. See Figure 16.

Figure 16: Current operating settings

After the display shown in Figure 16, the alarm buzzer

beeps twice. The start-up mode continues with a one min

countdown.

During the warm-up mode, the alarms are set to OFF, the

Status LED flashes green, all communications disable, the

button pad disable, and any analog output sets to the

minimum value. Immediately after the start-up mode, the

device enters normal mode.

Normal operation

During normal operation, the installed sensor

measurements display on the LCD. The analog outputs

update with the appropriate values and alarm conditions

are monitored. In normal operation, the sensors measure

the gas concentration level in the surrounding air and

output a proportional value on the analog output, which

is scaled to the default range of 0 ppm to 300 ppm CO or 0

ppm to 10 ppm NO2.

Order the temperature sensor as a feed-through with

different sensor options, or as a transmitter. When

configured as a transmitter, the output signal is scaled 4

mA to 20 mA, 0 VDC to 5 VDC, 0 VDC to 10 VDC, or network

variable depending on the device model. You can change

the temperature range to -4°F to 122°F (-20°C to 50°C) or

32°F to 122°F (0°C to 50°C) through the Setup Menu.

If the model also includes a NO2 sensor, the output signal

is scaled 0 ppm to 10 ppm = 4 mA to 20 mA, 0 VDC, 5

VDC, 0 VDC to 10 VDC, or as a network variable. The

sensor readings display on the LCD depending on the

device model. You can also configure the sensor readings

through the setup Menu. There are several configurations

on how to display information. See Setup menu operation.

For example displays, see Figure 17.

Figure 17: Example displays

GS3000 Gas Detection Sensor Series Installation Guide 5

Operation alarms

Table 1: Operation alarms

Start-up Normal Test

mode

Comm

failure

with CO

sensor

pod

Comm

failure

with NO2

sensor

pod

CO ppm

> buzzer

setpoint

NO2 ppm

> buzzer

setpoint

ppm >

strobe

setpoint

ppm >

alarm 1

setpoint

Status LED Flashing

green

Green Flashing

red

Flash red

every 10

min

Flash red

every 10

min

Flashing

red

Flashing

red

Flashing

red

Flashing

red

Strobe

LED

OFF OFF Flashing ----Flashing -

Alarm LED OFF OFF Red - - - - - Red

Buzzer OFF OFF Beep

every 15 s

Short

every 10

min

Short

every 10

min

On, short On, long

- -

Note:

• The sensor readings compare to pre-set setpoints

for alarms and if exceeded, the device enters

alarm mode

• There is no alarm associated with the

temperature value

• Alarm 1 is always tied to Relay 1 and Alarm 2 is

always tied to Relay 2

• Alarm 1 and Alarm 2 may be freely assigned to CO

or NO2

• The alarm resets back to Normal Mode, which

you can configure through the Menu as either

Automatic Reset or Manual Reset

• When an alarm condition occurs, the alarm status

displays alternately with the normal display. If

more than one alarm occurs, they alternate every

2 s with the normal display. This includes all active

alarm conditions.

Figure 18: Alarm status conditions

• When a buzzer alarm condition occurs, the buzzer

alarm status displays alternately with the normal

display. If more than one alarm occurs, they

alternate every 2 s with the normal display. This

includes all active alarm conditions.

Figure 19: Buzzer status conditions

• For a CO buzzer alarm, the sound is a short beep

• For an NO2 buzzer alarm, the sound is a long beep

• The LCD displays an alarm if a sensor pod is

not communicating and the buzzer beeps once

every 10 min. Press the TEST switch to silence the

buzzer.

Figure 20: LCD alarm conditions

Automatic alarm reset

Program the trip point, hysteresis and delay time of each

alarm through the Menu. For example, Alarm 1 defaults

to a 50 ppm CO trip point, 10 ppm hysteresis, and 2 min

delay time. Alarm 2 defaults to a 150 ppm CO trip point,

20 ppm hysteresis, and 2 min delay time. You can change

all of these values through the Menu. In the example for

Alarm 1, a timer starts when the CO level exceeds 50 ppm,

the trip level. If the level drops below 50 ppm before 2

min, the delay time, expires, the alarm does not activate.

If the CO level exceeds 50 ppm for 2 min, the alarm

activates. The alarm remains activated until the CO level

drops below 40 ppm, the trip level for hysteresis. Use

Alarm 1 to signal a low alarm. Alarm 2 operates in the

same manner and has an independently programmable

trip point, hysteresis, and delay time. Use Alarm 2 to

signal a high alarm. The LCD indicates the Alarm mode

details and the LED flashes red. Relay 1 ties to Alarm 1 and

Relay 2 ties to Alarm 2.

Buzzer alarm

The buzzer alarm defaults to a 150 ppm CO trip point and

5 min delay time and you can program the buzzer alarm

in a similar manner to Alarm 1 and Alarm 2. When the

trip point is exceeded for a time longer than the delay

time, the buzzer sounds until the CO level falls below the

trip point. The buzzer operates independently of Alarm 1

and Alarm 2 and you can disable ithe buzzer through the

Menu. If enabled, and the device is in Alarm mode, press

the TEST switch to silence the buzzer only. Buzzer silence

only holds until the buzzer alarm condition clears so the

next buzzer setpoint alarm activates the buzzer again. The

TEST switch does not change the status of LEDs, and only

silences the buzzer.

GS3000 Gas Detection Sensor Series Installation Guide6

Strobe alarm

The strobe alarm defaults to a 150 ppm CO trip point and

5 min delay time and you can program the strobe alarm in

a similar manner to the buzzer alarm. When the trip point

is exceeded for a time longer than the delay time, the

strobe LED flashes until the CO level falls below the trip

point. The strobe LED operates independently of Alarm 1

and Alarm 2 and you can disable the strobe LED through

the Menu. If enabled, and the device is in Alarm mode,

pressing the TEST switch has no impact on the strobe

alarm.

Manual alarm reset

The alarms activate the same way as the automatic alarms

but do not automatically reset to Normal Mode when the

CO level drops below the trip level or hysteresis value.

To reset the alarms to Normal Mode, you must press the

TEST switch on the front cover, or activate the remote

TEST input. If the CO level is below the alarm level and

you press the TEST switch, the alarms returns to Normal

Mode.

The manual reset also applies to the buzzer alarm. If the

buzzer alarm is active, press the TEST switch to silence

the buzzer. If the buzzer alarm is active but the CO level

reduces below the trip point, you must press the TEST

switch to reset the buzzer alarm to Normal Mode.

Test mode operation

The Test Mode function is disabled by default, and you

enable Test Mode through the Menu to operate. To

initiate the test function during normal operation, either

press and hold the TEST switch on the front cover for 1 s

or activate the test function remotely by shorting the TEST

to COM. This causes the status LED to blink red, all analog

outputs to go to 100%, and both alarms to activate. The

buzzer also beeps once every 15 s if enabled, and the LCD

indicates the Test Mode and the remaining time.

The test function continues for 5 min, the default time,

and the device resets to normal operation. Press the

TEST switch a second time to cancel the test function. You

cannot activate Test Mode if the device is in fault, alarm,

or recalibration modes of operation, it only activates in

Normal Mode. The test function can verify the output and

alarm relay operation and you can program the test time

through the Menu. The Test Mode display shows even if

the LCD mode is set to OFF.

Figure 21: Test mode

Fault mode operation

The Fault Mode function is disabled by default, and you

enable Fault Mode through the Menu to operate. The

fault function monitors the CO and NO2 sensor lifetime

and indicates when you should replace either sensor. The

device enters Fault Mode if it determines that the sensor

is at end-of-life (EOL) and that a replacement is necessary.

This causes the status LED to blink red and the buzzer

to beep once every 10 min. The LCD periodically shows

Sensor Fault.

You can disable the Fault Mode through the Menu or

enable the Fault Mode at any time. If you enable Fault

Mode, press the TEST switch to silence the buzzer due

to the fault alarm only. Buzzer silence due to the fault

alarm holds until you reset the fault condition through

the Menu. The buzzer may still activate due to a setpoint

alarm if enabled. The Fault Mode display shows even if the

LCD mode is set to OFF.

Figure 22: Fault mode

Setup menu operation

About this task:

The device has several parameters that you configure

locally through the setup Menu using the keypad and

LCD. All parameters have default values but the installer

may want to change certain values. In certain cases, such

as the device network address, the installer must change

the settings before operation. Any changes made save in

non-volatile memory and restore in case of a power loss.

Only the Menu items relevant to the device model show.

You can access the Menu at any time after the warm-up

mode and, if there is 5 min of inactivity, the Menu closes,

and normal operation continues. The Menu has several

items as shown in Table 2. The first column shows what

displays on the LCD, including the default value.

Note: The TEST switch has no effect when the setup

Menu is in use.

To set up the device parameters, complete the

following steps:

1. To enter the first step of the Setup Menu, press and

release the MENU button.

2. Press the MENU button a second time to save the

setting and advance to the next step. Each time

you press MENU, the current setting saves and

advances to the next menu item.

3. Press the UP or DOWN buttons to scroll through

the available options to make changes to program

variables. Hold the UP or DOWN button to scroll

through certain options at a faster rate.

4. To access the keys, open the cover. The marked

keys are on the printed circuit board (PCB).

5. Press the MENU button to save the setting to

memory and advance to the next menu item.

GS3000 Gas Detection Sensor Series Installation Guide 7

Table 2: GS3000 Gas Detection Sensor Series setup menu

Specification Requirements Description

CO range Only if you install the CO sensor and the

output type is voltage or mA

The factory default CO range is 0 ppm to

300ppm. You can change the CO sensing

range and output scale to 0 ppm to 100

ppm, 0 ppm to 150 ppm, 0 ppm to 300 pm, 0

ppm to 400 ppm, or 0 ppm to 500 ppm.

Temperature Only if the temperature sensor output type

is voltage or mA

The factory default temperature range

is -20°C to 50°C. You can change the

temperature sensing range and output scale

to -4°F to 122°F, 32°F to 122°F, -20°C to 50°C,

or 0°C to 50°C.

Buzzer The factory default setting is enable. Use the

UP or DOWN buttons to enable or disable

the buzzer alarm. When disabled, the buzzer

does not sound if the buzzer trip point is

exceeded. The buzzer still beeps on start-up

and still beeps for a fault alarm, if enabled,

and ReCal alarm, if enabled.

CO buzzer trip point The factory default setting for the CO buzzer

alarm trip point is 150 ppm. You can set

the buzzer alarm trip point for CO to OFF

or from 20 ppm to 500 ppm in 10 ppm

increments. The buzzer may operate as a

CO alarm, an NO2 alarm or both, depending

on the trip point settings. If set to OFF, the

CO buzzer alarm does not operate as a CO

alarm.

CO buzzer delay

Only if you install the CO sensor

The factory default setting for the CO buzzer

delay is 5 min. You can set the CO buzzer

delay from 0 to 10 min in 1 min increments.

This is only available if the CO buzzer trip is

enabled, and not set to OFF.

NO2 buzzer trip point The factory default setting for the NO2

buzzer trip point is 2 ppm. The buzzer alarm

trip point for NO2 may be set to OFF, or from

1 ppm to 10 ppm in 1 ppm increments.

The buzzer may operate as a CO alarm, an

NO2 alarm or both, depending on the trip

point settings. If set to OFF, the buzzer does

not operate as an NO2 alarm.

NO2 buzzer trip delay

Only if you install the NO2 sensor

The factory default setting for the NO2

buzzer delay is 5 min. The NO2 buzzer delay

may be set from 0 min to 10 min in 1 min

increments.

Buzzer Press the UP or DOWN button to toggle the

buzzer ON or OFF.

Strobe The factory default setting is enable. Use the

UP or DOWN buttons to enable or disable

the strobe LED. When disabled, the strobe

does not flash if the strobe trip point is

exceeded. The strobe still flashes on start-up

and still flashes for a fault alarm, if enabled.

GS3000 Gas Detection Sensor Series Installation Guide8

Table 2: GS3000 Gas Detection Sensor Series setup menu

Specification Requirements Description

CO strobe trip Only if you install the CO sensor The factory default setting is 150 ppm. The

buzzer alarm trip point for CO may be set to

OFF or from 20 ppm to 500 ppm in 10 ppm

increments. The strobe may operate as a

CO alarm, a NO2 alarm or both, depending

on the trip point settings. If set to OFF, the

strobe does not operate as a CO alarm.

CO strobe delay Only if you enable the strobe, you install the

CO sensor, and the CO Strb Trip is not set to

OFF

The factory default setting is 5 min. The CO

strobe delay may be set from 0 min to 10

min in 1 min increments.

NO2 strobe trip Only if you enable the strobe and you install

the NO2 sensor

The factory default setting is 2 ppm. The

strobe alarm trip point for NO2 may be set

to OFF or from 1 ppm to 10 ppm in 1 ppm

increments. The strobe may operate as a

CO alarm, a NO2 alarm or both, depending

on the trip point settings. If set to OFF, the

strobe does not operate as a NO2 alarm.

NO2 strobe delay Only if you enable the strobe, you install the

NO2, and the NO2 Strb Trip is not set to OFF

The factory default setting is 5 min. The NO2

strobe delay may be set from 0 min to 10

min in 1 min increments.

Strobe test Only if you enable the strobe Use the UP or DOWN buttons to toggle the

strobe ON or OFF. Press the MENU button to

reset to OFF and advance.

Alarm 1 Only if you install two sensors Press the UP or DOWN button to scroll

through the available options of CO or NO2.

Alarm 1 may be assigned to either sensor.

The default assignment is CO.

GS3000 Gas Detection Sensor Series Installation Guide 9

Table 2: GS3000 Gas Detection Sensor Series setup menu

Specification Requirements Description

Alarm 1 setpoint Press the UP or DOWN buttons to change

the Alarm 1 setpoint within the limits. If

you assign Alarm 1 to CO, the range is 20

ppm to 500 ppm in 10 ppm increments, and

the factory default is 50 ppm. If you assign

Alarm 1 to NO2, the range is 1 ppm to 10

ppm in 1 ppm increments, and the factory

default is 2 ppm.

Alarm 1 hysteresis Press the UP or DOWN buttons to change

the Alarm 1 hysteresis within the limits. If

you assign Alarm 1 to CO, the range is 10

ppm to 100 ppm in 5 ppm increments and

the default is 10 ppm. If you assign Alarm 1

to NO2, the range is 0.5 ppm to 2 ppm in 0.5

ppm increments. The default is 0.5 ppm.

Alarm 1 delay Press the UP or DOWN buttons to change

the Alarm 1 delay time within the limits. The

delay time may be set from 0 min to 10 min

in 1 min increments. The default is 2 min.

Relay 1 operation Press the UP or DOWN buttons to toggle the

available options. Relay 1 operation may be

set to direct or reverse.

Direct operation means that the relay is

normally not energized and energizes

on an alarm condition, the NO or NC PCB

designations are correct.

Reverse operation means that the relay

is normally energized and de-energizes

on an alarm condition, the NO or NC PCB

designations are reversed.

Use reverse operation for Fail Safe operation

as the relay changes state on power loss.

The default setting is direct.

Relay 1 test Press the UP or DOWN buttons to toggle

Relay 1 ON or OFF to test the relay

operation.

Alarm 2 Press the UP or DOWN buttons to scroll

through the available options. The available

options are CO or NO2. You can assign Alarm

2 to either sensor. The default assignment is

CO.

Alarm 2 trip point

Only if you install two sensors

Press the UP or DOWN buttons to change

the Alarm 2 setpoint within the limits. If you

assign Alarm 2 to CO, the range is 20 ppm

to 500 ppm in 10 ppm increments and the

default is 150 ppm. If you assign Alarm 2 to

NO2, the range is 1 ppm to 20 ppm in 1 ppm

increments. The default setting is 4 ppm.

GS3000 Gas Detection Sensor Series Installation Guide10

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