nvent RAYCHEM NGC-40-IO User manual

NGC-40-IO
Control and Monitoring Modules for use with the
nVent RAYCHEM NGC-40 System Installation Instructions
A
DESCRIPTION
The nVent RAYCHEM NGC-40-IO provides up to four additional
RTD inputs. These additional RTD inputs can be assigned to
any NGC-40-HTC/HTC3. The NGC-40-IO also has one digital
input and one alarm relay.
TOOLS REQUIRED
• Small flat-blade screwdriver
ADDITIONAL MATERIALS
• Power supply 24 Vdc @100 mA per NGC-40-IO
• Custom built CAN cables with RJ-45 connections
• CAN Termination Resistor
KIT CONTENTS
Item Qty Description
A 1 NGC-40-IO module
This component is an electrical device that must be installed
correctly to ensure proper operation and to prevent shock or fire.
For technical support, call nVent at (800) 545-6258.
WARNING:
APPROVALS AND CERTIFICATIONS
Class I, Div. 2, Groups A,B,C,D T4
Class I, Zone 2, AEx nC IIC T4 IP20
Ex nL nC IIC T4 X
–40˚C ≤ Ta ≤ +65˚C
Conforms to:
FM Class Number 3600 (11/98)
FM Class Number 3611 (10/99)
ANSI/UL STD. 60079-15-2009
UL STD. 61010-1
Certified to:
CAN/CSA STD. C22.2 No. 213-M1987 (R2004)
CAN/CSA STD. C22.2 No. 61010-1:2004
EN 61010-1 (2001)
CAN/CSA STD. E60079-15:02 (R2006)
Hazardous Locations
3128486

2 | nVent.com
GENERAL
Supply voltage 24 Vdc ± 10%
Internal power consumption < 2.4 W per NGC-40-IO
Ambient operating temperature –40ºC to 65ºC (–40ºF to 149ºF)
Ambient storage temperature –40ºC to 75ºC (–40ºF to 167ºF)
Environment PD2, CAT III
Max. altitude 2,000 m (6,562 ft)
Humidity 5 – 90% noncondensing
Mounting Din Rail – 35 mm
ELECTROMAGNETIC COMPATIBILITY
Emissions
Immunity
Temperature Sensors
Type
conductor
Quantity Up to four wired directly to each NGC-40-IO module
ALARM RELAY
Dry contact relay (voltage free) Relay contact rated 250 V / 3 A
50/60 Hz (EC) and 277 V / 3 A
50/60 Hz (cCSAus).
Output is user programmable to flash. N0 and NC contacts available.
DIGITAL INPUT
Multi-purpose input Multi-purpose input for connection to external dry (voltage-free) contact or DC voltage. May
be user programmable for: not used / force off / force on functions. It can be configured to be
active open or active closed.
Max. input voltage 24 Vdc
CAN NETWORKING PORT
Type 2-wire isolated CAN-based peer-peer network. Isolated to 300 V.
Connection Two 8-pin RJ-45 connectors (both may be used for Input or Output connections
Protocol Proprietary NGC-40
Topology Daisy chain
Length 10 m (33 ft) maximum
Quantity Up to 80 HTC/HTC3 and IO modules per network segment
Address Unique, factory assigned
CONNECTION TERMINALS
Wiring terminals Cage clamp, 0.5 to 2.5 mm2 (24 to 12 AWG)
CAN networking and module power Two RJ-45s, one each IN and OUT. Provides CAN bus signals and +24 Vdc power.
HOUSING
Size 45.1 mm (1.78 in) wide x 87 mm
(3.43 in) high x 106.4 mm (4.2 in) deep

nVent.com | 3
Front Top Bottom Back
System Components
A. WIRING TERMINALS
TERMINALS FUNCTION
Alarm relay
4 – 6 Not used
7 – 8 Digital input
9 – 12 TS1 (RTD1)
13 – 16 TS2 (RTD2)
17 – 20 TS3 (RTD3)
21 – 24 TS4 (RTD4)
B. STATUS LEDS
STATUS: Indicates status of IO module
Off No power
Green OK/Normal
Yellow Configuration mode
Red Internal fault
NETWORK: Indicates CAN network activity
Off No link detected
Green Link OK, receive data packets
Yellow Transmit data packets
ALARM RELAY:
Off No alarm
Red Alarm condition
INPUT:Shows status of digital input
Off Input is inactive (open)
Green Input is active (shorted)
TS1 FAIL TO TS4 FAIL
Off Normal, no fault
Red TS fail (open, shorted, out of range)
C. CAN BUS/MODULE POWER
D. RESET BUTTON
WARNING: Shock Hazard. Disconnect from live voltage prior
to accessing terminals

4 | nVent.com
RTD Input Connections – North American Installation Technique
99 1010 1111 1212
Terminal blockTerminal block
TS1TS1
1717 1818 1919 2020
Terminal blockTerminal block
TS3TS3
1313 1414 1515 1616
Terminal blockTerminal block
Shielded
wire
Shielded
wire
TS2TS2
2121 2222 2323 2424
Terminal blockTerminal block
TS4TS4
17 - T.S. COM (Wht)
18 - T.S. Sense (Red)
19 - T.S. Source (Red)
20 - Not used
17 - T.S. COM (Wht)
18 - T.S. Sense (Red)
19 - T.S. Source (Red)
20 - Not used
21 - Not used
22 - T.S. COM (Wht)
23 - T.S. Sense (Red)
24 - T.S. Source (Red)
21 - Not used
22 - T.S. COM (Wht)
23 - T.S. Sense (Red)
24 - T.S. Source (Red)
9 - T.S. COM (Wht)
10 - T.S. Sense (Red)
11 - T.S. Source (Red)
12 - Not used
9 - T.S. COM (Wht)
10 - T.S. Sense (Red)
11 - T.S. Source (Red)
12 - Not used
13 - Not used
14 - T.S. COM (Wht)
15 - T.S. Sense (Red)
16 - T.S. Source (Red)
13 - Not used
14 - T.S. COM (Wht)
15 - T.S. Sense (Red)
16 - T.S. Source (Red)
The RTD field wires must be terminated on a panel mounted terminal
block. No ground wire should be terminated on terminals 12, 13, 20
and 21. Terminate RTD shields at the panel mounted terminal block to
chassis ground.
RTD Input Connections – European Installation Technique
99 1010 1111 1212
Field
terminal block
Field
terminal block
1717 1818 1919 2020
Field
terminal block
Field
terminal block
1313 1414 1515 1616
Filed
terminal block
Filed
terminal block
TS2TS2
TS1TS1
2121 2222 2323 2424
Field
terminal block
Field
terminal block
TS4TS4TS3TS3
17 - T.S. COM (Wht)
18 - T.S. Sense (Red)
19 - T.S. Source (Red)
20 - Not used
17 - T.S. COM (Wht)
18 - T.S. Sense (Red)
19 - T.S. Source (Red)
20 - Not used
21 - Not used
22 - T.S. COM (Wht)
23 - T.S. Sense (Red)
24 - T.S. Source (Red)
21 - Not used
22 - T.S. COM (Wht)
23 - T.S. Sense (Red)
24 - T.S. Source (Red)
9 - T.S. COM (Wht)
10 - T.S. Sense (Red)
11 - T.S. Source (Red)
12 - Not used
9 - T.S. COM (Wht)
10 - T.S. Sense (Red)
11 - T.S. Source (Red)
12 - Not used
13 - Not used
14 - T.S. COM (Wht)
15 - T.S. Sense (Red)
16 - T.S. Source (Red)
13 - Not used
14 - T.S. COM (Wht)
15 - T.S. Sense (Red)
16 - T.S. Source (Red)
Earth grounding
bar located at
the I/O module
Earth grounding
bar located at
the I/O module
Earth grounding
bar located at
the I/O module
Earth grounding
bar located at
the I/O module
Earth grounding
bar located at
the I/O module
Earth grounding
bar located at
the I/O module
Earth grounding
bar located at
the I/O module
Earth grounding
bar located at
the I/O module
The RTD field wires must be terminated on a panel mounted terminal
block. No ground wire should be terminated on terminals 12, 13, 20
and 21. Terminate RTD shields at the panel mounted field terminal
block to chassis ground. The RTD cable shield from the field terminal
block to the I/O module should be terminated at the earth ground bar
located near the module.

nVent.com | 5
11
NONO CC
Failsafe Mode:
Contacts shown energized
with no alarm condition
Failsafe Mode:
Contacts shown energized
with no alarm condition
NCNC
22 33
Alarm RelayAlarm Relay
The common alarm provides a form C contact, rated at 277 V,
max 3 A.
The alarm relay is configured as Fail Safe.
The NO (normally open) contact is open in non-energized
condition. When energized, it closes during normal conditions
and will open upon an alarm condition or power failure.
The NC (normally closed) contact is closed in non-energized
condition. When energized, it opens during normal conditions
and will close upon an alarm condition or power failure.
From user inputFrom user input
Digital InputDigital Input
77 88
++ ––
++ ––
Terminal
block
Terminal
block
Earth grounding
bar located at
the
I/O module
Earth grounding
bar located at
the
I/O module
From user inputFrom user input
Digital InputDigital Input
North American InstallationsNorth American Installations European InstallationsEuropean Installations
77 88
++ ––
++ ––
Terminal
block
Terminal
block
1
2
1
2
Each nVent RAYCHEM NGC-40-PTM mounts on a DIN 35 rail.
MOUNTING: Insert the rear bottom of the module into the DIN rail, then push up and
inwards to engage the clip.
REMOVAL: Push the module upwards to
disengage the clip, then rotate the module
toward you.
Mounting the NGC-40-PTM
Digital Input Connections – North American and European Installation Techniques
Alarm Relay
The digital input terminal
block provides input for
connection to external dry
(voltage-free) contact or
DC voltage.
WARNING: Shock Hazard. Disconnect from live voltage
prior to accessing terminals.

6 | nVent.com
CAN termination
here if last one
in chain
CAN termination
here if last one
in chain
Cable from another
module or power supply
Cable from another
module or power supply
PS1
PTM1
CBM
I/O1
I/O2
I/O3
I/O4
I/O5
PS2
PTM2
HTC1
HTC2
HTC3
HTC4
HTC5
HTC6
HTC7
HTC8
HTC9
HTC10
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
PS3
PTM3
HTC11
HTC12
HTC13
HTC14
HTC15
HTC16
HTC17
HTC18
HTC19
HTC20
C11
C12
C113
C4
C5
C16
C17
C18
C19
C20
PS4
PTM4
HTC21
HTC22
HTC23
HTC24
HTC25
HTC26
HTC27
HTC28
HTC29
HTC30
C21
C22
C23
C24
C25
TB
C26
C27
C28
C29
C30
PanelPanel
door
Alarm
light
The CAN termination device must be installed in the unused port of
the last module.
1. Provide suitable panel enclosure
The RAYCHEM NGC-40-IO must be mounted in an enclosure to protect its
electronic components. For indoor applications, use a minimum NEMA 1
enclosure (NEMA 12 recommended). For outdoor applications, use a NEMA
Note: The NGC-40-IO is designed for operation in ambient temperatures from
–40°C to 65°C (–40°F to 149°F). If the ambient temperature is outside this
range, a space heater and/or cooling fan will be required in the panel.
2. Determine locations for the NGC-40-IO assembly in the electrical panel.
The NGC-40-IO should be located in the rear of the panel. The NGC-40-IO
assembly is an electronic unit and must not be located where it will be
exposed to strong magnetic fields or excessive vibration.
*North American panel installation techniques
The NGC-40-IO contains no user serviceable parts. Contact your
nVent representative for service and an RMA number if required.
WARNING–EXPLOSION HAZARD–SUBSTITUTION OF
COMPONENTS MAY IMPAIR SUITABILITY FOR CLASS I,
DIVISION 2 HAZARDOUS AND NONHAZARDOUS LOCATIONS
WARNING–EXPLOSION HAZARD–DO NOT REPLACE
NGC-40-PTM UNLESS POWER HAS BEEN SWITCHED OFF OR
THE AREA IS KNOWN TO BE NONHAZARDOUS
WARNING–EXPLOSION HAZARD–DO NOT DISCONNECT
EQUIPMENT UNLESS POWER HAS BEEN SWITCHED OFF OR
THE AREA IS KNOWN TO BE NONHAZARDOUS
AVERTISSEMENT–RISQUE D'EXPLOSION–LA SUBSTITUTION
DE COMPOSANTS PEUT RENDRE CE MATÉRIEL INACCEPTABLE
POUR LES EMPLACEMENTS DE CLASSE I, DIVISION 2
AVERTISSEMENT–RISQUE D'EXPLOSION–COUPER LE
COURANT OU S'ASSURER QUE L'EMPLACEMENT EST DÉSIGNÉ
NON DANGEREUX AVANT DE REPLACER LE NGC-40-PTM
AVERTISSEMENT–RISQUE D'EXPLOSION–AVANT DE
DÉCONNECTER L'EQUIPEMENT, COUPER LE COURANT
OU S'ASSURER QUE L'EMPLACEMENT EST DÉSIGNÉ NON
DANGEREUX
CAN Networking Port
Provide Suitable Panel Enclosure, and Determine Locations for NGC-40-IO Assembly in Panel*
Servicing

nVent.com | 7
Power/
Termination
Module
Power/
Termination
Module
CAN/TermCAN/Term CAN / 24 VdcCAN / 24 Vdc
ININ OUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 10
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 4
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 3
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 2
ININ OUTOUT
CAN / 24 Vdc
Bridge
Module
80 Modules
per Bridge
Module 1
++
––
20 Modules
per Power Supply
20 Modules
per Power Supply
20 Modules
per Power Supply
20 Modules
per Power Supply
Termination
Block
Termination
Block
100-240 Vac In100-240 Vac In
Optional redundant supplyOptional redundant supply
100-240 Vac In100-240 Vac In
++
––
CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc
ININ OUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 20
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 14
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 13
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 12
ININ
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 11
OUTOUT
Termination
Block
Termination
Block
CAN / 24 Vdc CAN / 24 Vdc
CAN / 24 Vdc
CAN / 24 Vdc CAN / 24 Vdc
Power/
Termination
Module
Power/
Termination
Module
CAN / 24 Vdc
Primary Supply*
24 Vdc
Primary Supply*
24 Vdc
* Power supply shall have a means for disconnect from line voltage* Power supply shall have a means for disconnect from line voltage
Redundant Supply*
24 Vdc
Redundant Supply*
24 Vdc
ININ OUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 10
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 4
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 3
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 2
ININ OUTOUT
CAN / 24 Vdc
Bridge
Module
80 Modules
per Bridge
Module 1
Termination
Block
Termination
Block
++
––
Power/
Termination
Module
Power/
Termination
Module
Primary Supply*
24 Vdc
Primary Supply*
24 Vdc
20 Modules
per Power Supply
20 Modules
per Power Supply
Termination
Block
Termination
Block
CAN/TermCAN/TermCAN / 24 VdcCAN / 24 Vdc
100-240 Vac In100-240 Vac In
Optional redundant supplyOptional redundant supply
100-240 Vac In100-240 Vac In
++
––
CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc
Redundant Supply*
24 Vdc
Redundant Supply*
24 Vdc
20 Modules
per Power Supply
20 Modules
per Power Supply
* Power supply shall have a means for disconnect from line voltage* Power supply shall have a means for disconnect from line voltage
NGC-40 CAN Bus Connections for Up to 10 Modules
NGC-40 CAN Bus Connections for Up to 20 Modules

Power/
Termination
Module
Power/
Termination
Module
CAN/TermCAN/Term CAN / 24 VdcCAN / 24 Vdc
Power/
Termination
Module
Power/
Termination
Module
CAN/TermCAN/Term CAN / 24 VdcCAN / 24 Vdc
Power/
Termination
Module
Power/
Termination
Module
CAN/TermCAN/Term CAN / 24 VdcCAN / 24 Vdc
Power/
Termination
Module
Power/
Termination
Module
CAN/TermCAN/Term CAN / 24 VdcCAN / 24 Vdc
ININ OUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 10
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 4
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 3
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 2
ININ OUTOUT
CAN / 24 Vdc
Bridge
Module
80 Modules
per Bridge
Module 1
CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc
ININ OUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 20
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 14
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 13
ININ OUTOUT
CAN / 24 Vdc
Primary
or
I/O
Module 12
ININ OUTOUT
CAN / 24 Vdc
Bridge
Module
80 Modules
per Bridge
Module 11
CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc
ININ OUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 30
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 24
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 23
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 22
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 21
++
––
20 Modules
per Power Supply
20 Modules
per Power Supply
100-240 Vac In100-240 Vac In
20 Modules
per Power Supply
20 Modules
per Power Supply
100-240 Vac In100-240 Vac In
Optional redundant supplyOptional redundant supply
++
––
CAN / 24 Vdc
CAN / 24 Vdc
CAN / 24 Vdc
CAN / 24 Vdc CAN / 24 Vdc
CAN / 24 Vdc
CAN / 24 Vdc
CAN / 24 Vdc CAN / 24 Vdc
ININ OUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 40
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 34
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 33
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 32
ININ OUTOUT
CAN / 24 Vdc
HTC/HTC3
or
I/O
Module 31
Termination
Block
Termination
Block
CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc CAN / 24 Vdc
++
––
20 Modules
per Power Supply
20 Modules
per Power Supply
Termination
Block
Termination
Block
100-240 Vac In100-240 Vac In
20 Modules
per Power Supply
20 Modules
per Power Supply
100-240 Vac In100-240 Vac In
Optional redundant supplyOptional redundant supply
++
––
CAN / 24 Vdc
CAN / 24 Vdc
Primary Supply*
24 Vdc
Primary Supply*
24 Vdc
Redundant Supply*
24 Vdc
Redundant Supply*
24 Vdc
Primary Supply*
24 Vdc
Primary Supply*
24 Vdc
Redundant Supply*
24 Vdc
Redundant Supply*
24 Vdc
* Power supply
shall have a
means for
disconnect from
line voltage
NGC-40 CAN Bus Connections for Up to 40 Modules
nVent.com
©2018 nVent. All nVent marks and logos are owned or licensed by nVent Services GmbH or its aliates. All other trademarks are the property of their respective owners.
nVent reserves the right to change specications without notice.
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