|
||||||||||||||||||
|
||||||||||||||||||
NS4224en
|
| Russian | German | Spanish | Portuguese | English | Metso Automation | EIBIS Home | |
This story is also available in the languages above
)
)
)
Fig 1 - High
Resolution download - Click Here
Fig 2 - High
Resolution download - Click Here
Fig 3 - High
Resolution download - Click Here
METSO AUTOMATION LAUNCHES
CINTAC™ ADVANCED AUTOMATION SYSTEM OUTSIDE NORTH AMERICA
Simplifies and
reduces cost of automating rotary on-off valves
Wittenheim, Alsace, France
Metso
Automation's new CINTAC™ Advanced Automation System simplifies and reduces
the cost of automating rotary on-off valves. The new CINTAC system merges
Jamesbury® actuator expertise with StoneL® advanced communication and
control system technology and eliminates the need to engineer, procure and
assemble separate rack and pinion actuators, switches, solenoid valves,
linkages, tubes, and fittings.
The CINTAC Advanced Automation System
has been designed as a cost-effective platform with field-proven components.
Designed to support future growth, the system includes advanced diagnostics,
digital bus communication capabilities and automated on-line emergency shutdown
testing. Users benefit from intelligent reliability, plug and play
installation, as well as many unique standard features that make the system
easier to use, install and maintain.
The heart of the system is a
rugged, field proven rack and pinion actuator with ISO 5211 interface for
compatibility with any quarter turn valve. Position sensing is done by a
contact-free magnetic resistive (Mag Res) sensor with no mechanical parts or
connections to wear out or bind. It is not affected by lateral or vertical
shaft movement. Push button switch setting allows for true contact-free
position setting and eliminates having to set cams.
The unit is
completely sealed and protected from corrosion and short-circuiting due to
moisture. Its solid-state circuitry assures the longevity of switches. The unit
accepts either AC or DC input voltage for easy adaptation to existing power and
it eliminates the potential for burned-out electronics. An additional benefit
of the universal power input is reduced inventory (one unit meets most power
needs).
Leak-free integral air porting further improves the unit's
reliability by eliminating crimping or bending of tubing, leaking fittings, and
worn or broken hoses. A built-in spring-return re-breather automatically feeds
clean instrument air to the spring housing to prevent water ingress and
internal corrosion. The CINTAC™ systems construction allows all critical
components to be easily accessible through a removable cover.
The
CINTAC Advanced Automation System operates at temperatures ranging from
-20°C to 65°C and pressures to 8.3 bars. Units with a low temperature
option to -40º C are also available. The system is also available with the
following approvals:
NEC (North America):
Class I Groups A, B, C, D
Division 2 (Nonincendive)
Class II Groups F, G Division 2 (Nonincendive)
Class I Groups A, B, C, D Divisions 1 & 2 (Intrinsically safe)
Class II Groups E, F, G Divisions 1 & 2 (Intrinsically safe)
NEMA
4, 4X & 6 (Enclosure Protection)
IEC (International)
- Ex nA
IIC T5, Zone 2 (Nonincendive)
- ATEX Ex II 3 G
- Ex ia IIC T5, Zones 0,
1 & 2 (Intrinsically safe)
- ATEX Ex II 1 G
- IP 67 (Enclosure
Protection)
The CINTAC system is part of Metso Automation's Field
Device Management portfolio of products and services for improving process
uptime and quality while lowering operation and maintenance costs
For more information, contact
Metso Automation, 6-8 rue du Maine,
68271 Wittenheim Cedex,
France,
tel +33 3 89 50 64 00,
fax +33 3 89 50 64 40
or visit
www.metsoautomation.com.
|
Eibis International. Webdesign by www.easy-pc.biz . |
