Cumberland v-max Owner's manual

Brand: Cumberland

Model: v-max

Type: Owner's manual

FEGHI JKLMNOPQRS

n.u. n.u. n.u.

TUV

GND

L2/N

115V

L2/N

NOCNC

CNO

5678910 11 12 13 14 15 16 17 18 19 20 21 22

0-10V 0-10V

4-20mA

GND GND

GND

GNDOUT PWR

Power

ABCD

[21] →

[20] →

[19] →

[Q] →

[R] →

[S] →

[R] →

[C] →

[D] →

[C] →

← [1]

T°

NH3

← [3]

← [2]

ABGND ABGND

ABGND

1234

V-MAX

1234

Please scan the QR Code to access the complete manual or

visit the website.

Cumberland: http://www.cumberlandpoultry.com

GSI Electronics Inc. • 5200 Armand Frappier Saint-Hubert, Qc

Canada J3Z 1G5 • Phone: 1-877-926-2777

E-mail: [email protected]

WIRING DIAGRAM

V-MAX

#891-00488 REV 04

REV 08

Page 1

Cumberland

Digital input 1

(water meter, feeder or auger)

Digital input 2

(water meter, feeder or auger)

Digital input 3

(water meter, feeder or auger)

Digital input 4

(water meter, feeder or auger)

Digital input 5

(water meter, feeder or auger)

Digital input 7

(water meter, feeder or auger)

Digital input 6

(water meter, feeder or auger)

Digital input 8

(water meter, feeder or auger)

USB Connector

(for memory card)

> Module

Connections:

See Overleaf

Dwyer gauge static

pressure probe (opt.)

0-10V Load 1 (opt.) 0-10V Load 2 (opt.)Relative

humidity sensor

HS-1 (Optional)

115/230 Vac

Voltage Selector 6

Controller

Power Supply

115/230Vac

Alarm

Supply

Inside T°

probe 2

Inside T°

probe 1

Inside T°

probe 3

Inside T°

probe 4

Inside T°

probe 5 (opt.)

Inside T°

probe 6 (opt.)

Inside T°

probe 7 (opt.)

Inside T°

probe 8 (opt.)

Outside T

probe (opt.)

Ammonia

probe (opt.)

1. Mounting Instructions: Leave a

clearance of at least 16ʺ (400 mm) to the left of the

controller box to allow the cover to be removed

for maintenance.

2. Cable Entry: Punch holes at the bottom of

the enclosure to allow wires to be introduced in

the controller. Do not drill the top or side panels

of the enclosure.

3. Alarm System: Installation of a good quality

alarm system is strongly suggested to warn of

power failures and high/low temperatures.

4. Surge Protection: Provide a surge

protection (including lightning protection) from

the power supply to the controller and from

the control to the probes. Consult a certied

electrician if required.

5. Low Voltage Wires: Install low voltage

cables at least 12 inches (300 mm) away from

high voltage cables (120, 230 or 380 Vac or

24 Vdc). Always use twisted shielded cables

to wire low voltage devices and always cross

high and low voltage cables at a 90° angle.

This applies to:

- Sensor cables

- Potentiometer cables

- Communication cables

- Computer link cables

- 0-10V loads

- All other low voltage devices.

6. Voltage Selection: Set the voltage selector

to the proper position : 115 or 230Vac.

7. Water Meter: The water meter output

should be a dry contact and should not pulse

faster than 60 times a second (60Hz). A 22/12

AWG gauge cable no longer than 2000 feet

(0.6 km) can be used to connect the water

meter. Do not use a cable longer than 2000 feet

even if a larger cable is used. Do not run the

meter cable outside the building!

8. SureLink-2 Module: Refer to the user’s

manual of the SureLink-2 module to set the “End

of line (EOL)” selectors properly.

9. Digital Inputs: The function of each digital

input must be dened in the “Digital Input” tab of

the controller.

INSTALLATION NOTES

SureLink-2 module 9

A-BOX (opt.)

Relative

humidity probe

HP1, HS-100

(Old model)

V-MAX

#891-00488 REV 04

12G12G

OFF

12 345678

OFF

12 345678

OFF

12 345678

L1 L2

12G

LED

LED +IN1 –+IN2 –

+IN3 –+ –IN4

1234

ABCD

com 1

com 2

GND

[A] (Mod.1) →

[B] (Mod.2) →

[D] (GND) →

END OF LINE

YESNO

END OF LINE

YESNO

END OF LINE

YESNO

WIRING DIAGRAM EN

Page 2

V-MAX

(Inside the Enclosure)

Setting the ID Numbers of the

Communication Boards

Each group of 8 relay inside the Output Panel CS

is associated to a communication board behind the

front panel. A unique ID number must be given to

each communication board in use. The table below

gives the ID numbers for each of those boards.

Comm.

Board# Relays# ID

Number

1 Relays 1-8 ID# 1

2 Relays 9-16 ID# 2

3 Relays 17-24 ID# 3

4 Relays 25-32 ID# 4

5 Relays 33-40 ID# 5

6 Relays 41-48 ID# 6

7 Relays 49-56 ID# 7

8 Relays 57-64 ID# 8

9 Relays 65-72 ID# 9

10 Relays 73-80 ID# 10

To assign an ID number to a communication board,

use the block of switches located on each board. The

table below shows how to set the switches for each ID

number.

to next module

(if applicable)

OUTPUT PANEL CS

Comm. Board 1Comm. Board 2Comm. Board 3

Relays 1-8

Relays 9-16

Relays 17-24

block of

dipswitches

Switch Number

Number 1 2 3 4 5 6 7 8

ID 1

ID 2 ON

ID 3 ON

ID 4 ON ON

ID 5 ON

ID 6 ON ON

ID 7 ON ON

ID 8 ON ON ON

ID 9 ON

ID 10 ON ON

FEGHI JKLMNOPQRS

n.u. n.u. n.u.

TUV

GND

L2/N

115V

L2/N

NOCNC

CNO

5678910 11 12 13 14 15 16 17 18 19 20 21 22

0-10V 0-10V

4-20mA

GND GND

GND

GNDOUT PWR

Power

ABCD

[21] →

[20] →

[19] →

[Q] →

[R] →

[S] →

[R] →

[C] →

[D] →

[C] →

← [1]

T°

NH3

← [3]

← [2]

ABGND ABGND

ABGND

1234

V-MAX

1234

Veuillez scanner le code QR pour accéder aux manuels

complets ou visiter le site Web.

Cumberland: http://www.cumberlandpoultry.com

Cumberland

GSI Electronics Inc. • 5200 Armand Frappier Saint-Hubert, Qc

Canada J3Z 1G5 • Phone: 1-877-926-2777

E-mail: [email protected]

SCHÉMA DE BRANCHEMENT

V-MAX

#891-00488 REV 04

REV 08

Page 1

Entrée digitale 1