ct55/ct55-spc falcon integration - rle technologies · falcon product integration guide 10061 rev...

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Falcon Product Integration Guide

10061 Rev 1.1a (7/2013)

CT55/CT55-SPC Falcon Integration

1. Set Input Type to an

Analog 4-20 mA Input.

2. For a 0-100 Amp setting, use

a gain of 25 and an offset of

-25.

3. For other settings, use the

integrated gain/offset

calculator.

FMS Configuration

Figure 1.1: FMS Wiring with CT55

Figure 1.2: F-Series Wiring with CT55

1. Set Input Type to an Analog

4-20 mA Input.

2. For a 0-100 Amps setting, use

a gain of 25 and an offset of

25.

3. For other settings, use the

integrated gain/offset

calculator.

F-Series Configuration

Figure 1.3: FMS CT55 Input Configuration Interface

Figure 1.4: F-Series CT55 Input Configuration

Interface

P1

VDCTB1

VDC

+ -

EXTERNAL

24VDC

+ +Ch1

+ -

Ch2

+ -

Ch3

+ -

Ch4

+ -

TB2 Input 1-4

Ch5

+ -

Ch6

+ -

Ch7

+ -

TB3 Input 5-8

Ch8

+ -

EXTERNAL

GND

- -

TB4

NC NO C

RELAY 1

NC NO C

RELAY 2

+-

+-

P5 RJ11

TELCO

P4 RJ45

NETWORK

IOIOIP2 RS232

COM1

RS485 COM1

TX (4 Wire)

+ - GND

R

X

T

X

48

5 T

ER

M

2 W

IRE

TB2 + - C

ON

4 W

IRE+ - GND

RX (4 Wire)

TB3 TB4Ch1 Ch2

+ -

Ch5 Ch6

Ch3 Ch4 Ch7 Ch8

Relay

NC NO C

NC NO C

Relay

1 2

+ - + - C

+ - C + - C + - + -

12 3

12 3

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10061 Rev 1.1a (7/2013)

AFS-(WM/DM) Falcon Integration

FMS Configuration

Figure 2.1: FMS Wiring with AFS-xx

1 2 3

SW1

SW2

SW3


1 2 3

Figure 2.2: F-Series Wiring with AFS-xx

P5 RJ11

TELCO

P4 RJ45

NETWORK

IOIOIP2 RS232

COM1

RS485 COM1

TX (4 Wire)

+ - GND

R

X

T

X

48

5 T

ER

M

2 W

IRE

TB2 + - C

ON

4 W

IRE+ - GND

RX (4 Wire)

TB3 TB4Ch1 Ch2

+ -

Ch5 Ch6

Ch3 Ch4 Ch7 Ch8

Relay

NC NO C

NC NO C

Relay

1 2

+ - + - C

+ - C + - C + - + -

Figure 2.4: F-Series AFS-xx Input Configuration Interface

Figure 2.3: FMS AFS-xx Input Configuration Interface

23 4

1

23 4

P1

VDCTB1

VDC

+ -

EXTERNAL

24VDC

+ +Ch1

+ -

Ch2

+ -

Ch3

+ -

Ch4

+ -

TB2 Input 1-4

Ch5

+ -

Ch6

+ -

Ch7

+ -

TB3 Input 5-8

Ch8

+ -

EXTERNAL

GND

- -

TB4

NC NO C

RELAY 1

NC NO C

RELAY 2

1. Set Jumper Switches on AFS-XX to appropriate

settings.

Output Selection SW1: 4-20mA Output

Working Range SW2: 0-2000 Ft/Min Range

0-3000 Ft/Min Range

0-4000 Ft/Min Range

Response Time SW3: Fast

Slow

2. Set FMS Input Channel to an Analog 4-20 mA.

3. For a 0-2000 Ft/Min Range, use a gain of 500 and an

offset of -500.

4. For other settings, use the integrated gain/offset

calculator.

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10061 Rev 1.1a (7/2013)

Figure 3.5: F-Series AFS-D Input Configuration

Interface

AFS-D Falcon Integration

Set Input Type to a NC

Digital Contact for each

AFS-D wired into the

Falcon. Assign an on/

off label for each sensor

connected.

FMS Configuration

Figure 3.1: FMS Wiring with AFS-D

Figure 3.2: F-Series Wiring with AFS-D

Set Input Type to a NC

Digital Contact for each

AFS-D wired into the

F3400/1000. Assign your

on/off label for each sensor

connected.


P1

VDCTB1

VDC

+ -

EXTERNAL

24VDC

+ +Ch1

+ -

Ch2

+ -

Ch3

+ -

Ch4

+ -

TB2 Input 1-4

Ch5

+ -

Ch6

+ -

Ch7

+ -

TB3 Input 5-8

Ch8

+ -

EXTERNAL

GND

- -

TB4

NC NO C

RELAY 1

NC NO C

RELAY 2

P5 RJ11

TELCO

P4 RJ45

NETWORK

IOIOIP2 RS232

COM1

RS485 COM1

TX (4 Wire)

+ - GND

R

X

T

X

48

5 T

ER

M

2 W

IRE

TB2 + - C

ON

4 W

IRE+ - GND

RX (4 Wire)

TB3 TB4Ch1 Ch2

+ -

Ch5 Ch6

Ch3 Ch4 Ch7 Ch8

Relay

NC NO C

NC NO C

Relay

1 2

+ - + - C

+ - C + - C + - + -

Set Input Type to Alarm On

Open for each AFS-D

wired into the F110 and

assign a label.

F110 Configuration

See

Manual

For

Setup

1 2 3 4 5 6 7 8

Sw

itch

Se

nso

r

Po

rts 1

- 8

Figure 3.3: F110 Wiring with AFS-D

Figure 3.6: F110 AFS-D Input Configuration

Interface

Figure 3.4: FMS AFS-D Input Configuration Interface

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10061 Rev 1.1a (7/2013)

MD3 Falcon Integration

Figure 4.1: FMS Wiring with MD3

Figure 4.2: F-Series Wiring with MD3

Supplied

12VDC

Wall Adapter

Power Supply

NC Contact

NC Contact

P1

VDCTB1

VDC

+ -

EXTERNAL

24VDC

+ +Ch1

+ -

Ch2

+ -

Ch3

+ -

Ch4

+ -

TB2 Input 1-4

Ch5

+ -

Ch6

+ -

Ch7

+ -

TB3 Input 5-8

Ch8

+ -

EXTERNAL

GND

- -

TB4

NC NO C

RELAY 1

NC NO C

RELAY 2

P5 RJ11

TELCO

P4 RJ45

NETWORK

IOIOIP2 RS232

COM1

RS485 COM1

TX (4 Wire)

+ - GND

R

X

T

X

48

5 T

ER

M

2 W

IRE

TB2

+ - C

ON

4 W

IRE+ - GND

RX (4 Wire)

TB3 TB4Ch1 Ch2

+ -

Ch5 Ch6

Ch3 Ch4 Ch7 Ch8

Relay

NC NO C

NC NO C

Relay

1 2

+ - + - C

+ - C + - C + - + -

Set Input Type to a Digital NC

Input Type for each MD3 wired

into the Falcon.

FMS Configuration


Input Type for each MD3

wired into the F3400/1000.


Set Input Type to Alarm on

Open for each MD3 wired into

the F110.

F110 Configuration

Figure 4.6: F110 MD3 Input Configuration Interface

See

Manual

For

Setup

1 2 3 4 5 6 7 8

Sw

itch

Se

nso

r

Po

rts 1

- 8

Supplied

12VDC

Wall Adapter

Power Supply

NC Contact

Figure 4.3: F110 Wiring with MD3

Figure 4.4: FMS MD3 Input Configuration Interface

Figure 4.5: F-Series MD3 Input Configuration Interface

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10061 Rev 1.1a (7/2013)

MDS Falcon Integration


Input Type for each MDS wired

into the Falcon.

FMS Configuration

Figure 5.1: FMS Wiring with MDS

Figure 5.2: F-Series Wiring with MDS


Input Type for each MDS wired

into the F3400/1000.


P1

VDCTB1

VDC

+ -

EXTERNAL

24VDC

+ +Ch1

+ -

Ch2

+ -

Ch3

+ -

Ch4

+ -

TB2 Input 1-4

Ch5

+ -

Ch6

+ -

Ch7

+ -

TB3 Input 5-8

Ch8

+ -

EXTERNAL

GND

- -

TB4

NC NO C

RELAY 1

NC NO C

RELAY 2

P5 RJ11

TELCO

P4 RJ45

NETWORK

IOIOIP2 RS232

COM1

RS485 COM1

TX (4 Wire)

+ - GND

R

X

T

X

48

5 T

ER

M

2 W

IRE

TB2 + - C

ON

4 W

IRE+ - GND

RX (4 Wire)

TB3 TB4Ch1 Ch2

+ -

Ch5 Ch6

Ch3 Ch4 Ch7 Ch8

Relay

NC NO C

NC NO C

Relay

1 2

+ - + - C

+ - C + - C + - + -


Open for each MDS wired into

the F110.

F110 Configuration

See

Manual

For

Setup

1 2 3 4 5 6 7 8

Sw

itch

Se

nso

r

Po

rts 1

- 8

Figure 5.3:F110 Wiring with MDS

Figure 5.5: F-Series MDS Input Configuration Interface

Figure 5.6: F110 MDS Input Configuration Interface

Figure: 5.4 Falcon MDS Input Configuration Interface

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10061 Rev 1.1a (7/2013)

+-

CO

MNO

+

SMK Falcon Integration

Set Input Type to a

NO Digital Contact for

each SMK wired into

the Falcon.

FMS Configuration

Figure 6.1: FMS Wiring with SMK

Figure 6.2: F-Series Wiring with SMK

Set Input Type to a NO Digital Contact for each SMK wired

into the F3400/1000. Only

channels 5 thru 32 can be used

with the F3400 and Channels 5

thru 8 for the F1000.


External

12 to 24VAC

or VDC

Power Supply

P1

VDCTB1

VDC

+ -

EXTERNAL

24VDC

+ +Ch1

+ -

Ch2

+ -

Ch3

+ -

Ch4

+ -

TB2 Input 1-4

Ch5

+ -

Ch6

+ -

Ch7

+ -

TB3 Input 5-8

Ch8

+ -

EXTERNAL

GND

- -

TB4

NC NO C

RELAY 1

NC NO C

RELAY 2

P5 RJ11

TELCO

P4 RJ45

NETWORK

IOIOIP2 RS232

COM1

RS485 COM1

TX (4 Wire)

+ - GND

R

X

T

X

48

5 T

ER

M

2 W

IRE

TB2 + - C

ON

4 W

IRE+ - GND

RX (4 Wire)

TB3 TB4Ch1 Ch2

+ -

Ch5 Ch6

Ch3 Ch4 Ch7 Ch8

Relay

NC NO C

NC NO C

Relay

1 2

+ - + - C

+ - C + - C + - + -

+-

CO

MNO

+


Closed for each SMK wired

into the F110.

F110 Configuration

External

12 to 24VAC

or VDC

Power Supply

+-

CO

MNO

+

See

Manual

For

Setup

1 2 3 4 5 6 7 8

Sw

itch

Se

nso

r

Po

rts 1

- 8

Figure 6.3: F110 Wiring with SMKFigure 6.6:F110 SMK Input Configuration Interface

Figure 6.4: FMS SMK Input Configuration Interface

Figure 6.5: F-Series SMK Input Configuration Interface

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10061 Rev 1.1a (7/2013)

P5 RJ11

TELCO

P4 RJ45

NETWORK

IOIOIP2 RS232

COM1

RS485 COM1

TX (4 Wire)

+ - GND

R

X

T

X

48

5 T

ER

M

2 W

IRE

TB2 + - C

ON

4 W

IRE+ - GND

RX (4 Wire)

TB3 TB4Ch1 Ch2

+ -

Ch5 Ch6

Ch3 Ch4 Ch7 Ch8

Relay

NC NO C

NC NO C

Relay

1 2

+ - + - C

+ - C + - C + - + -

HD150 & HD150-2 Falcon Integration

Set Input Type to a

Digital NO Input type for

each HD150/HD150-2

Relay Output wired into

the Falcon.

FMS Configuration

Figure 7.1: FMS Wiring with HD150/HD150-2

Figure 7.2: F-Series Wiring with HD150/HD150-2

Set Input Type to a

Digital NO Input type for

each HD150/HD150-2

Relay Output wired into

the F3400/1000.


P1

VDCTB1

VDC

+ -

EXTERNAL

24VDC

+ +Ch1

+ -

Ch2

+ -

Ch3

+ -

Ch4

+ -

TB2 Input 1-4

Ch5

+ -

Ch6

+ -

Ch7

+ -

TB3 Input 5-8

Ch8

+ -

EXTERNAL

GND

- -

TB4

NC NO C

RELAY 1

NC NO C

RELAY 2

Power

(White)

Low

(Yellow)

High

(Red)

External

12 to 24VAC or VDC

Power SupplyPower

(White)

Low

(Yellow)

High

(Red)

External

12 to 24VAC or VDC

Power SupplyPower

(White)

Low

(Yellow)

High

(Red)

Figure 7.3: F110 Wiring with HD150/HD150-2

See

Manual

For

Setup

1 2 3 4 5 6 7 8

Sw

itch

Se

nso

r

Po

rts 1

- 8

Set Input Type to Alarm

On Closed for each

HD150/HD150-2 Relay

Output wired into the

F110.

F110 Configuration

Figure 7.6: F110 HD150/150-2 Input Configuration Interface

Figure 7.5: F-Series Hd150/150-2 Input Configuration Interface

Figure 7.4: F-Series HD150/150-2 Input Configuration Interface

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10061 Rev 1.1a (7/2013)

KPO Falcon Integration

Enter in Keypad users and corresponding codes in

the Falcon’s Keypad/DTMF Access User

Configuration menu.

FMS Configuration

Figure 8.1: FMS Wiring with KPO

P4 RJ11

TELCO

P5 RJ45

NETWORK

IOIOIP3 RS232

COM2

IOIOIP2 RS232

COM1

SW1+ - GND

RS485 COM1

IOIOICOM1 SELECT

K2 RX RX

485

K1 TX TX 232

RELAY COM1 COM2

48

5 T

ER

MS

EL

M/S

TB5 KEYPAD

TB4

NC NO CRELAY 1

NC NO CRELAY 2

1 2ON

1 2 3

4 5 6

7 8 9

* 0 #

Pin

1

Pin

2

Pin

3

Pin

4

Pin

5

Pin

6

Pin

7

Pin

8

RLE - KPO Keypad

Falcon TB5-1

Falcon TB5-2

Falcon TB5-3

Falcon TB5-4

Falcon TB5-5

Falcon TB5-6

Falcon TB5-7

Keypad Pin 3 - Orange

Keypad Pin 4 - Green

Keypad Pin 5 - Grey

Keypad Pin 1 - Red

Keypad Pin 2 - White

Keypad Pin 8 - Yellow

Keypad Pin 7 - Blue

Keypad Pin 6 - BlackNo Connection

Column 1

Column 2

Column 3

Row 1

Row 2

Row 3

Row 4

Figure 8.2: FMS Keypad Configuration Interface

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10061 Rev 1.1a (7/2013)

FMS to T120D Falcon Integration

P1

VDCTB1

VDC

+ -

EXTERNAL

24VDC

+ +Ch1

+ -

Ch2

+ -

Ch3

+ -

Ch4

+ -

TB2 Input 1-4

Ch5

+ -

Ch6

+ -

Ch7

+ -

TB3 Input 5-8

Ch8

+ -

EXTERNAL

GND

- -

TB4

NC NO C

RELAY 1

NC NO C

RELAY 2

PW

R(4

-20

SE

ND

)

CO

MM

ON

RH

OU

T (

4-2

0 R

TN

)

T O

UT

(4

-20

RT

N)

RT

D/O

VE

RR

IDE

RT

D/O

VE

RR

IDE

SL

IDE

R R

IGH

T

SL

IDE

R W

IPE

R

SL

IDE

R L

EF

T

BACK PIECE CENTER PIECE (WITH CIRCUIT BOARD)

SW1

mAVolts

TEMP 10/5V

TEMP RANGE

50-95/32-122

TEMP F/C

Output Select

Figure 9.2: 50-95F Range Setup Figure 9.3: 32-122F Range Setup

RH 10/5V

1. Set the switch position to mA. Set the temperature range to

50-95 or 32-122. The sensor is shipped from the factory with

the switch in the volts position and the temperature range is

set for 50-95F. The switch position must be set to the mA

position.

2. Wire the sensor to the CH # being used.

4. Verify the "Calc" value displays the correct room temperature.

The temperature can also be viewed on the Falcon main page.

SETUP

1. Calculate the T120D Output current for temperature.

TROUBLESHOOTING

2. Measure the current flowing into the Falcon Ch- terminal with a

current meter. Verify that it is close to the calculated current (+/-

1%).

3. If measured current does not match calculated current then

check wiring and check T120D jumper and switch

settings.

4. Compare the measured current matches the current reading in

the Falcon.

5. Check the wiring if the Falcon current reading does not match

the measured current reading.

6. If the Falcon current reading matches the measured current

and the Falcon Calculated value does not match the room

temperature then the offset and gain values are wrong.

Double check the Gain and Offset values.

7. If the temperature displayed in the Falcon is 1 or 2 degrees

above or below the room temperature then adjust the offset by

1 or 2. Do not adjust the gain. Only tweak the offset once the

previous troubleshooting steps have been performed.

8. If the Falcon still does not display the correct temperature

contact RLE Technologies technical support at 970.484.6510.

Figure 9.1: FMS Wiring with the T120D

1

3. Configure the Falcon Input channel (temperature) for "Analog

4-20mA" and enter the Gain and offset values. For the 50-95F

range use Gain 11.25, Offset 38.75. For 32-122F range use

Gain 22, Offset 10.

2

33

Example if Room Temp is 70F and your sensor has a range of 50-95

( (Actual temp - Sensor Low) / (Sensor High - Sensor Low)) x 16 + 4

( (70 - 50) / (95 - 50)) x 16 + 4 = 11.11

Formula for calculating the correct RAW value

44

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10061 Rev 1.1a (7/2013)

FMS to TH140/TH140D Falcon Integration

Figure 10.2: Temperature Setup Figure 10.3: Humidity Setup

1. Set the switch position to mA. Set the temperature range to

50-95 or 32-122. The Sensor is shipped from the factory with



position.

2. Wire the sensor as shown.

5. Verify the "Calc" Value displays the correct room temperature.


SETUP

1. Calculate the TH140 Output current for temperature.

TROUBLESHOOTING


current meter. Verify that it is close to the calculated current

(+/-1%)


3. If measured current current does not match calculated current

then check wiring and check TH140/TH140D jumper and switch

settings.


the Falcon.




and the Falcon calculated value does not match the room









9. Use similar troubleshooting procedure except use the

following formula to calculate the humidity mA output.

mA = Room Humidity

100x 16 + 4

P1

VDCTB1

VDC

+ -

EXTERNAL

24VDC

+ +Ch1

+ -

Ch2

+ -

Ch3

+ -

Ch4

+ -

TB2 Input 1-4

Ch5

+ -

Ch6

+ -

Ch7

+ -

TB3 Input 5-8

Ch8

+ -

EXTERNAL

GND

- -

TB4

NC NO C

RELAY 1

NC NO C

RELAY 2

PW

R(4

-20

SE

ND

)

CO

MM

ON

RH

OU

T (

4-2

0 R

TN

)

T O

UT

(4

-20

RT

N)

RT

D/O

VE

RR

IDE

RT

D/O

VE

RR

IDE

SL

IDE

R R

IGH

T

SL

IDE

R W

IPE

R

SL

IDE

R L

EF

T


SW1

mAVolts

TEMP 10/5V

TEMP RANGE

50-95/32-122

TEMP F/C

Output Select

RH 10/5V

Figure 10.1: FMS Wiring with the TH140/TH140D

1


4-20mA" and enter the Gain and Offset values. For the 50-95F

range use Gain 11.25, Offset 38.75. For 32-122F range use

Gain 22, Offset 10.

4. Configure the Falcon Input Channel (humidity) for "Analog 4-

20mA" and enter the Gain of 25 and Offset of -25.

3 4

5 5

2


( (70 - 50) / (95 - 50)) x 16 + 4 = 11.11

Formula for calculating the correct RAW value

50 – 95 Degree F Range

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10061 Rev 1.1a (7/2013)

F-Series to T120D Falcon Integration

PW

R(4

-20

SE

ND

)

CO

MM

ON

RH

OU

T (

4-2

0 R

TN

)

T O

UT

(4

-20

RT

N)

RT

D/O

VE

RR

IDE

RT

D/O

VE

RR

IDE

SL

IDE

R R

IGH

T

SL

IDE

R W

IPE

R

SL

IDE

R L

EF

T


SW1

mAVolts

TEMP 10/5V

TEMP RANGE

50-95/32-122

TEMP F/C

Output Select

Figure 11.2: 50-95F Range Setup Figure 11.3: 32-122F Range Setup

RH 10/5V

1. Set the Switch Position to mA. Set the temperature range to

50-95 or 32-122. The sensor is shipped from the factory with



position.




SETUP

5. Calculate the T120D Output current for temperature.

TROUBLESHOOTING


current meter. Verify that it is close to the calculated current (+/-

1%)

Example if Room Temp is 70F

mA @ 70F = 11.11mA mA @ 69F = 10.75mA


then check wiring and check T120D jumper and switch

settings.


the Falcon.













Figure 11.1: F-Series Wiring with T120D

P5 RJ11

TELCO

P4 RJ45

NETWORK

IOIOIP2 RS232

COM1

RS485 COM1

TX (4 Wire)

+ - GND

R

X

T

X

48

5 T

ER

M

2 W

IRE

TB2 + - C

ON

4 W

IRE+ - GND

RX (4 Wire)

TB3 TB4Ch1 Ch2

+ -

Ch5 Ch6

Ch3 Ch4 Ch7 Ch8

Relay

NC NO C

NC NO C

Relay

1 2

+ - + - C

+ - C + - + - 3. Configure the Falcon Input channel (temperature) for "Analog

4-20mA" and enter the gain and offset values. For the 50-95F

range use Gain 11, Offset 39. For 32-122F range use Gain 22,

Offset 10.

3

4

3

4

12



( (70 - 50) / (95 - 50)) x 16 + 4 = 11.11

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10061 Rev 1.1a (7/2013)

F-Series to TH140/TH140D Falcon Integration

1. Set the Switch Position to mA. Set the temperature range to 50-95 or 32-

122. The Sensor is shipped from the factory with the switch in the volts

position and the temperature range is set for 50-95F. The switch position

must be set to the mA position.

3. Configure the Falcon Input channel (temperature) for "Analog 4-20mA" and

enter the Gain and Offset values. For the 50-95F range use Gain 11,

Offset 39. For 32-122F range use Gain 22, Offset 10.

4. Configure the Falcon Input Channel (humidity) for "Analog 4-20mA" and

enter the Gain of 25 and offset of -25.


5. Verify the "Calc" value displays the correct room temperature/humidity.

The temperature/humidity can also be viewed on the Falcon main page.

SETUP

1. Calculate the TH140 Output current for temperature.

TROUBLESHOOTING

2. Measure the current flowing into the Falcon Ch- terminal with a current

meter. Verify that it is close to the calculated current (+/-1%)

3. If measured current current does not match calculated current then check

wiring and check TH140/TH140D jumper and switch settings.

4. Compare the measured current matches the current reading in the Falcon.

5. Check the wiring if the Falcon current reading does not match the

measured current reading.

6. If the Falcon current reading matches the measured current and the

Falcon calculated value does not match the room temperature then the

offset and gain values are wrong. Double check the Gain and Offset

values.

7. If the temperature displayed in the Falcon is 1 or 2 degrees above or

below the room temperature then adjust the offset by 1 or 2. Do not

adjust the gain. Only tweak the offset once the previous troubleshooting

steps have been performed.

8. If the Falcon still does not display the correct temperature contact RLE

Technologies technical support at 970.484.6510.

9. Use similar troubleshooting procedure except use the following formula to

calculate the humidity mA output.

mA = Room Humidity

100x 16 + 4

PW

R(4

-20

SE

ND

)

CO

MM

ON

RH

OU

T (

4-2

0 R

TN

)

T O

UT

(4

-20

RT

N)

RT

D/O

VE

RR

IDE

RT

D/O

VE

RR

IDE

SL

IDE

R R

IGH

T

SL

IDE

R W

IPE

R

SL

IDE

R L

EF

T


SW1

mAVolts

TEMP 10/5V

TEMP RANGE

50-95/32-122

TEMP F/C

Output Select


RH 10/5V

Figure 12.1: F-Series Wiring with TH140/

TH140D

P5 RJ11

TELCO

P4 RJ45

NETWORK

IOIOIP2 RS232

COM1

RS485 COM1

TX (4 Wire)

+ - GND

R

X

T

X

48

5 T

ER

M

2 W

IRE

TB2 + - C

ON

4 W

IRE+ - GND

RX (4 Wire)

TB3 TB4Ch1 Ch2

+ -

Ch5 Ch6

Ch3 Ch4 Ch7 Ch8

Relay

NC NO C

NC NO C

Relay

1 2

+ - + - C

+ - + -

3

5

4

5

12



( (70 - 50) / (95 - 50)) x 16 + 4 = 11.11

50 – 95 Degree F Range

SHEET: 13 OF 16

104 Racquette Drive


(970) 484-6510 Phone

(970) 484-6650 Fax

www.rletech.com


10061 Rev 1.1a (7/2013)

FMS BAPI Temperature/Humidity Falcon Integration





SETUP

1. Calculate the BAPI Output current for temperature.

TROUBLESHOOTING



(+/-1%)


then check wiring and check the BAPI switch settings.


the Falcon.















mA = Room Humidity

100x 16 + 4

P1

VDCTB1

VDC

+ -

EXTERNAL

24VDC

+ +Ch1

+ -

Ch2

+ -

Ch3

+ -

Ch4

+ -

TB2 Input 1-4

Ch5

+ -

Ch6

+ -

Ch7

+ -

TB3 Input 5-8

Ch8

+ -

EXTERNAL

GND

- -

TB4

NC NO C

RELAY 1

NC NO C

RELAY 2

Figure 13.1: Falcon Wiring with the BAPI

Temperature/Humidity sensor


4-20mA" and enter the gain and offset values. For the 32-

120F range use Gain 22, Offset -10.



4

5

V3

.1 C

op

yrig

ht 2

00

7

BA

PI

GN

D

V+

CH

1

CH

2

3. For other temperature ranges, use the Calculator function on

the webpage Te

mp

era

ture

Hu

mid

ity

3

5

1

2



( (70 - 32) / (120 - 32)) x 16 + 4 = 10.90

32 - 120 Degree F Range

SHEET: 14 OF 16

104 Racquette Drive


(970) 484-6510 Phone

(970) 484-6650 Fax

www.rletech.com


10061 Rev 1.1a (7/2013)

P5 RJ11

TELCO

P4 RJ45

NETWORK

IOIOIP2 RS232

COM1

RS485 COM1

TX (4 Wire)

+ - GND

R

X

T

X

48

5 T

ER

M

2 W

IRE

TB2 + - C

ON

4 W

IRE+ - GND

RX (4 Wire)

TB3 TB4Ch1 Ch2

+ -

Ch5 Ch6

Ch7 Ch8

Relay

NC NO C

NC NO C

Relay

1 2

+ - + - C

+ - + -

F-Series BAPI Temperature/Humidity Falcon Integration





SETUP

1. Calculate the BAPI Output current for temperature.

TROUBLESHOOTING



(+/-1%)


then check wiring and check the BAPI switch settings.


the Falcon.




and the Falcon Calculated value does not match the room











mA

=

Room Humidity

100x 16 + 4

Figure 14.1: Falcon Wiring with the F-Series_BAPI



4-20mA" and enter the gain and offset values. For the 32-

120F range use Gain 22, Offset 10.



4

5

V3.1

Co

pyrig

ht

20

07

BA

PI

GN

D

V+

CH

1

CH

2


the webpage. Te

mp

era

ture

Hu

mid

ity

3

5

1

2



( (70 - 32) / (120 - 32)) x 16 + 4 = 10.90

32 - 120 Degree F Range

SHEET: 15 OF 16

104 Racquette Drive


(970) 484-6510 Phone

(970) 484-6650 Fax

www.rletech.com


10061 Rev 1.1a (7/2013)

FMS Dwyer Temperature/Humidity Falcon Integration





SETUP

1. Calculate the Dwyer Output current for temperature.

TROUBLESHOOTING



(+/-1%)


then check wiring.


the Falcon.















mA = Room Humidity

100x 16 + 4


4-20mA" and enter the gain and offset values. For the -40 -




4

5


the webpage

3

5

2

Example if Room Temp is 70F and your sensor has a range of -40 - 140


( (70 - -40) / (140 - -40)) x 16 + 4 = 13.77

-40 - 140 Degree F Range

TE

MP

RE

CE

IVE

R

RH

RE

CE

IVE

RP

WR

+

P1

VDCTB1

VDC

+ -

EXTERNAL

24VDC

+ +Ch1

+ -

Ch2

+ -

Ch3

+ -

Ch4

+ -

TB2 Input 1-4

Ch5

+ -

Ch6

+ -

Ch7

+ -

TB3 Input 5-8

Ch8

+ -

EXTERNAL

GND

- -

TB4

NC NO C

RELAY 1

NC NO C

RELAY 2

Figure 14.1: Falcon Wiring with the Dwyer


1

SHEET: 16 OF 16

104 Racquette Drive


(970) 484-6510 Phone

(970) 484-6650 Fax

www.rletech.com


10061 Rev 1.1a (7/2013)

F-Series Dwyer Temperature/Humidity Falcon Integration





SETUP

1. Calculate the Dwyer Output current for temperature.

TROUBLESHOOTING



(+/-1%)


then check wiring.


the Falcon.















mA = Room Humidity

100x 16 + 4


4-20mA" and enter the gain and offset values. For the -40 -




4

5


the webpage

3

52

Example if Room Temp is 70F and your sensor has a range of -40 - 140


( (70 - -40) / (140 - -40)) x 16 + 4 = 13.77

-40 - 140 Degree F Range

P5 RJ11

TELCO

P4 RJ45

NETWORK

IOIOIP2 RS232

COM1

RS485 COM1

TX (4 Wire)

+ - GND

R

X

T

X

48

5 T

ER

M

2 W

IRE

TB2 + - C

ON

4 W

IRE+ - GND

RX (4 Wire)

TB3 TB4Ch1 Ch2

+ -

Ch5 Ch6

Ch3 Ch4 Ch7 Ch8

Relay

NC NO C

NC NO C

Relay

1 2

+ - + - C

+ - + -

TE

MP

RE

CE

IVE

R

RH

RE

CE

IVE

RP

WR

+

Figure 15.1: F-Series Wiring with the Dwyer


1

Falcon Integration Guidev1.1a.vsdCT55AFS(WM/DM)AFS-DMD3MDSSMKHD150/HD150-2KPOFMS_T120DFMS_TH140/TH140DF-Series to T120DF-Series to TH140/TH140DFMS to BAPIF-Series to BAPIFMS to DwyerF-Series to Dwyer

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