Shaft Communication Management Systems

Shaft Communication Management Systems

Our sharft communication systems ensure reliable between surface and undergroundareas, enhancing safety and coordination. they provide clear voice and data transmission, supporting efficient opperations in chalenging mining environments.

SIS4000 SHAFT INSPECTION SYSTEM

BRIDGING COMMUNICATION! CUSTOM AND EFFICIENT.

The SIS4000 is the latest generation shaft inspection system from GST, based on common principles from the advanced CCS3000 System and using modern synthesized frequency.

  • Ideal for shaft Inspections
  • Provides shaft communications, belling and emergency stop
  • High power, high quality analogue audio channel (1.5W)
  • Ease of installation and maintenance with the new wideband omni-coupler antenna design
  • Portable enough for inspection or temporary redundancy on a conveyance
  • Modern Synthesised Frequency:
    Ensures reliable communication
    without needing coil or crystal
    changes.
  • Software-Driven: Easy updates with
    flash PIC microcontrollers.
  • High-Quality Audio: Delivers clear,
    powerful analogue audio.
  • Custom Interface: Optional
    integration with IC4001 Intercom
    System.
  • Portable Design: Ideal for inspections
    and temporary use.
  • Synthesised system: no coil/cap/crystal changes
  • Software driven (flash PIC’s(Microcontrollers) used throughout for easy updating/modification of firmware)
  • Relays for Belling/Carrier /Bell follower relays are rail-mounted
  • Lock-bell function
  • Can interface with IC4001 Intercom System (Optional Rail mounted interface module and 2 pin socket)
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SMS4000 SHAFT MONITORING SYSTEM

ADVANCED COMPACT SOLUTIONS FOR MONITORING CONVEYANCE WEIGHT AND SHAFT CONDITIONS.

Two Basic Systems

1 . SMS4000A

2 . SMS4000D

The SMS4000A Analog Shaft Monitoring System is used to monitor the weight of a Conveyance in a shaft. Trip-points are set in the Monitor on the surface to stop the winder engine when slack or tight-rope conditions occur.
The system works one way ( from the conveyance to surface) and can be supplied with a different front-end on the conveyance

Both A and D look the same but offer
different measurements:

  • A – Analogue, suitable for Loadcell or
    Current input models.
  • D – Digital, suitable for 4Digital and
    XYZ versions.

    Their part designators are as follows:
  • SMS4000DA - XYZ
  • SMS4000DD - 4 Digital
  • SMS4000AL - Loadcell IP x
  • SMS4000AC - Current IP x
  • Ten frequencies (channels) available.
  • Low output power (into the coupler) of
    only 50mW.
  • Low current consumption.
  • Four digital inputs to monitor doors,
    booms, derailments, etc.
  • Relay output indication.

CBS3000 INDUCTIVE CHARGER

CHARGING TECHNOLOGY CONTACTLESS, EFFICIENT AND DURABLE

To power electronic equipment,batteries on the sharft conveyance require regular replacements, Causing inconvenience. To address this issue the CBS3000 inductive charging system was designed. It delivers a high burst of energy during short stops while off-loading, ensuring the battery remains charged thoughout the daily cycles.

  • No physical contact between fixed
    and moving coils (inductive
    technology).
  • No mechanically wearing
    components.
  • Three-stage charging for optimal
    battery life and protection.
  • IP68 rating.
  • Multiple charge transmitters can be
    used with a single receiver.
  • Inductive Charging Technology: No
    physical contact between coils
    eliminates mechanical wear.
  • Three-Stage Charging: Enhances
    battery life and protection through
    optimal charging.
  • High IP68 Rating: Ensures durability
    and reliability in harsh environments.
  • Flexibility: Allows multiple charge
    transmitters to work with a single
    receiver.
  • 12V.
  • Ease of installation.
  • Reduces maintenance and
    operational downtime.
  • Smaller capacity can be used; no
    mechanical wear and tear.

CCS3000 SHAFT COMMUNICATION SYSTEM

REAL-TIME FULL DUPLEX SHAFT COMMUNICATION.

The CCS3000 radio is a real time ( full duplex) communication system offering slack and tight rope monitoring functionality with warning alarms and trips to prevent the conveyance from going into a tight and slack condition. The good quality voice communication as well as belling to surface and back, is used for normal day to day as well as inspection usage. Using the available (up to 56) digitals for interlocking of doors, booms and Levelok etc. – making the CCS3000 a comprehensive shaft communication and management tool.

SYTEM OPTIONS:

  • Customisable/configurable to fit the
    size and shape of the conveyance
    due to modular design.
  • PAU (Parameter Adjustment Unit)
  • Synthesized frequency selection
  • Operator configurable
  • Computer Microcontroller based parameter setting unit
  • System setup and parameter settings done from surface
  • Modules are interchangeable between shaft Systems
  • Reduced stores holding
  • Tight & Slack rope monitoring
  • Voice communication between cage and surface
  • Analog digital handling capability
  • Shaft inspection
  • Three segment LED display indicates tonnage of the cage
  • Built-in test equipment (B.I.T.E.)
  • LED Indicators for Slack rope, Tight rope, Battery voltage
  • Buzzer alarm and warning indication
  • Fail Safe – System trips on loss of carrier signal and on other unsafe conditions
  • Reset Function – Electronic coded key (Reset Key) for resetting system
  • Supervisor

BELL WINDER EVENT RECORDER

REAL-TIME MONITORING AND DETAILED EVENT RECORDING.

The recorder is designed as a single device to monitor actions, or “events”,
during shaft operations. It is PLC-based with a Human Machine Interface (HMI).
This functionality is crucial for monitoring events, near misses, and incidents,
providing a factual representation of what occurred. This makes it an excellent
tool for evaluating and recording safety events.

  • Mass storage via SD card and/or
    USB flash drive.
  • Real-time data monitoring and daily,
    shift, or custom time-filtered hoist
    reports.
  • Customisable shaft-specific codes for
    signal interpretation.
  • Remote web page interface.
  • Seven individual belling signal
    channels.
  • Two quadrature encoder input
    channels for winder velocity,
    position, and trip count.
  • Twenty-four digital inputs for winder
    control monitoring.
  • Data logging of all inputs for up to
    one year.
  • Visual alarm indication with an alarm
    list.
  • HMI interface.
  • Ethernet communication, with
    Ethernet/IP & Modbus available on
    request.
  • User access control.
  • Standalone system.
  • Customisation and support per client
    requests.
Kirsty

Excellent quality and workmanship of their products. A wonderful team to work with.

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