TIC Instrument Controller is a compact control unit with a large, clear graphic display, intuitive user interface and serial communication functions. Provides a Windows ™ based PC program can provide a comprehensive set via RS232 interface for remote control and data logging functions. There are three TIC instrument controllers are available; three and six type can accommodate three or six active vacuum gauge.
Features and Benefits:
• capacitance manometer protection
• Six user-configurable relay setpoint
• Relay status display
• Each instrument channel has a 0-10 V analog output buffer
• Windows ™-based PC program
• Web-based product support page
• common gases (N2, He, Ar, CO2, Kr and Ne) pressure readings obtained directly, without conversion factor
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Electrical Data |
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Connector Type |
CEE/IEC 320 |
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Power supply |
90 to 264 V AC，47 to 63 Hz |
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Power consumption |
3 TIC 55 VA. 6 TIC 160 VA |
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Fuse wire |
The device has a fuse self-protection function, there is no user-replaceable fuses. Once the elimination of the overload, the device will be restored. |
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Ground screw |
M4 |
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Working with data storage |
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Operating ambient temperature range |
0 oC to 40 oC (measured in TIC) |
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Maximum working environment |
When 40 oC maximum 90% RH(condensate) |
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Maximum operating altitude |
highest 3000 m |
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IP grade |
20 |
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IEC pollution degree |
2 |
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Mechanical Data |
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Weight |
1.7 Kg |
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Interface |
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Analog output |
0-10 V DC –one each for each instrument |
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Serial interface |
TIC has two built-in serial interface communication protocol RS232 and RS485. WindowsTM PC package these protocols can be used to connect PLC, or connect to a PC using the supplied completely monitor and control TIC system. |
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Set points |
It can be any instrument rated at 24V DC 50 mA six set points (open collector) is assigned to. Directly or in combination with TIC relay box. |
Used in industrial vacuum chamber, coating systems, electron beam welding apparatus; condensers in power plants, heat exchangers, steam lines, underground cables stamping; PHYSICS synchrotron beamline synchrotron radiation; scanning electron microscope, semiconductor processing, film preparation , mass spectrometry, vacuum tubes, laser processing and other fields.
