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IS210DTURH1A

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General Electric IS210DTURH1A is a Mark VI simplex pulse-rate terminal board that connects four passive speed or flow transducers to VTUR.
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Technical specifications for IS210DTURH1A

  • Manufacturer:
    General Electric
  • Part Number:
    IS210DTURH1A
  • Product Family:
    GE Mark VI Gas Turbine Control
  • Product Type:
    Mark VI Simplex Pulse Rate Terminal Board
  • Stock:
    1
  • Pulse Inputs:
    Four passive channels
  • Input Frequency:
    2 Hz to 20 kHz
  • Reading Accuracy:
    0.05%
  • Input Sensitivity:
    27 mV peak
  • VTUR Cables:
    37-pin JR1 and 15-pin JR5
  • Signal Cable:
    JR5
  • Field Terminals:
    36 positions; 35–36 SCOM
  • Operation:
    Simplex; one DTUR per VTUR
  • Board Dimensions:
    16.2×8.6 cm
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Pulse Input Range VTUR Cable Interface Signal Restrictions Installation & Setup

Features:

  • IS210DTURH1A terminates four passive magnetic-pickup channels for VTUR processing.
  • The input circuits cover 2 Hz to 20 kHz with 27 mV peak sensitivity.
  • JR5 carries the pulse signals while JR1 completes the VTUR cable interface.
The 36-position block on IS210DTURH1A provides four shielded twisted-pair inputs and two SCOM terminals.

IS210DTURH1A excludes the generator, bus, shaft-voltage, and shaft-current functions found on TTUR.

One IS210DTURH1A serves one VTUR in a simplex Mark VI arrangement.

The General Electric IS210DTURH1A Mark VI Pulse Rate Terminal Board is listed by Apter Power with product documentation and matching support.
General Electric IS210DTURH1A Mark VI Pulse Rate Terminal Board Manuals,Datasheets,Link Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

Four Passive Transducer Channels

  • Signal source: Magnetic pickups provide passive speed or flow pulses.
  • Frequency span: Accepted inputs extend from 2 Hz to 20 kHz.
  • Sensitivity: The pulse input threshold is 27 mV peak.
  • Accuracy: Pulse-rate reading accuracy is 0.05 percent.

JR1 and JR5 Connections

  • JR1: A 37-pin cable forms one VTUR connection.
  • JR5: A 15-pin cable carries the four pulse-rate channels.
  • Processor pairing: One DTUR board connects to one VTUR board.
  • Identification: Two ID devices support terminal-hardware verification.

Functions Not Present on DTUR

  • Generator voltage: No generator potential input is provided.
  • Bus voltage: Bus potential circuits are not included.
  • Shaft voltage: DTUR does not terminate a shaft-voltage signal.
  • Shaft current: No shaft-current monitoring path is present.

Simplex DIN-Rail Assembly

  • Field block: Thirty-six positions terminate shielded twisted-pair wiring.
  • SCOM: Terminal screws 35 and 36 provide the ground connection.
  • System boundary: The board is for Mark VI simplex VTUR service, not Mark VIe.
  • Adjustments: No jumpers or hardware settings are required.
Description
Four passive pulse-rate transducers connect to General Electric IS210DTURH1A, a compact DIN-rail terminal board in the Mark VI turbine control system. The inputs support magnetic pickups used for speed or flow measurement and are processed by the associated VTUR board.

The field side of IS210DTURH1A uses a 36-position terminal block intended for shielded twisted-pair wiring, with terminals 35 and 36 assigned to SCOM. JR1 and JR5 connect the assembly to VTUR through 37-pin and 15-pin cables, but the pulse-rate signals travel through JR5.

Input circuits reached through IS210DTURH1A cover 2 Hz to 20 kHz with 0.05 percent reading accuracy and 27 mV peak sensitivity. The board carries two identification devices so VTUR can verify the terminal hardware and its defined interface.

Unlike the larger TTUR arrangement, IS210DTURH1A does not accept generator or bus voltage inputs and does not provide shaft voltage or shaft current paths. It supports one DTUR per VTUR, operates only in simplex mode, is not a Mark VIe terminal board, and has no jumper settings.
Alternative Names
GE IS210DTURH1A General Electric IS210DTURH1A IS210-DTUR-H1A IS210 DTUR H1A DTUR H1A Pulse Rate Board GE DTUR H1A Terminal Board Mark VI DTUR Speed Input Board IS210DTUR H1A
Technical notes
IS210DTURH1A is limited to four passive pulse-rate inputs and excludes TTUR voltage and shaft-monitoring circuits.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
What sensor signals can IS210DTURH1A receive?
IS210DTURH1A receives four passive pulse-rate inputs from magnetic pickups used for speed or flow measurement.
Which cable carries pulse data from IS210DTURH1A to VTUR?
The pulse-rate signals from IS210DTURH1A travel through the 15-pin JR5 cable; JR1 is the accompanying 37-pin connection.
What input frequency should be present at IS210DTURH1A?
IS210DTURH1A is specified for pulse inputs from 2 Hz through 20 kHz with 27 mV peak sensitivity.
Can generator voltage wiring be moved from TTUR to IS210DTURH1A?
No. IS210DTURH1A does not accept generator or bus voltage and does not include the shaft voltage or current paths provided by TTUR.
How many IS210DTURH1A boards connect to one VTUR?
The supported arrangement is one IS210DTURH1A terminal board for each VTUR processor board.
Where does IS210DTURH1A fit in the control architecture?
IS210DTURH1A belongs in the simplex Mark VI VTUR signal path; it is outside the Mark VIe I/O-pack architecture.