Kongsberg SPT 3 Series Instruction Manual
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Kongsberg SPT 3 Series Instruction Manual

Kongsberg SPT 3 Series Instruction Manual

Ssbl positioning transponder; multifunction positioning transponder
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Instruction Manual
SPT and MPT x3x series
SSBL Positioning Transponder (SPT)
Multifunction Positioning Transponder (MPT)
(Cd5953)

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Summary of Contents for Kongsberg SPT 3 Series

  • Page 1 Instruction Manual SPT and MPT x3x series SSBL Positioning Transponder (SPT) Multifunction Positioning Transponder (MPT) (Cd5953)

  • Page 3: Ssbl Positioning

    SPT and MPT x3x series SSBL Positioning Transponder (SPT) Multifunction Positioning Transponder (MPT) Warning Due to safety rules, the safety information for transponder and transponder battery must be read before handling transponders or separate transponder batteries. Refer to: - Safety information for transponder and transponder battery chapter on page 138.
  • Page 4 331/DuBSi. Minor corrections in the text. Copyright © 2009 Kongsberg Maritime AS. All rights reserved. The information contained in this document remains the sole property of Kongsberg Maritime. No part of this document may be copied or reproduced in any form or by any means, and the information contained within it is not to be communicated to a third party, without the prior written consent of Kongsberg Maritime.

  • Page 5: Technical Specifications

    Instruction Manual Contents ABOUT THIS MANUAL ........Manual contents .

  • Page 6: Table Of Contents

    SPT and MPT x3x series TRANSPONDER SET-UP AND OPERATION ....System set-up ..........Pre-deployment checks .

  • Page 7: Switch Settings

    Auxiliary equipment supplied by Kongsberg Maritime ......... . .

  • Page 8: Spt 331/Ii

    SPT and MPT x3x series SPARE PARTS ..........Introduction .
  • Page 9 Instruction Manual Hazards identification ......... . Danger of explosions .
  • Page 10 SPT and MPT x3x series VIII 160780 / L...
  • Page 11 About this manual ABOUT THIS MANUAL Manual contents This manual describes all the Kongsberg Maritime SPT and MPT transponders, for deep water use - 3000 m rated. It provides general information, technical specifications, operating instructions, maintenance procedures and battery information and safety procedures. It also includes spare parts lists and outline dimension drawings for each of the transponder units.

  • Page 12: Transponder Model Identification Principles

    SPT and MPT x3x series BASIC TRANSPONDER INFORMATION The purpose of this chapter is to provide an overall description of the transponders included in this manual. Topics → How to handle a transponder on page 3 → General transponder description on page 4 →...
  • Page 13 Basic transponder information How to handle a transponder Each transponder is delivered with separate battery. Standard battery is a Lithium battery. Warning Due to safety rules, the transponder must be handle with care. Refer to: - Safety information for transponder and transponder battery chapter on page 138.
  • Page 14 SPT and MPT x3x series General transponder description The SPT and MPT x3x transponder series are designed for use with the Kongsberg Maritime HiPAP and HPR systems. The following are available: • SPT 331 transponder series • SPT 133 transponder unit •...

  • Page 15: Spt 331/I

    Basic transponder information (Cd5976) Figure 2 Example of identification clamp ring If the TP configuration and battery is changed, the channel number (I) and the type of battery (II) can be altered by setting pegs into different holes in the clamp. MPT 339/ RspSx 110 Vac SPT 331/II...

  • Page 16: Telemetry Of Sensor Data

    • LBL positioning • Self positioning • Range measuring HPR and HiPAP compatibility All the 33x transponders are compatible with the Kongsberg Maritime HiPAP systems and HPR 400 MF. The 13x transponders are compatible with the Kongsberg Maritime HPR 400 LF system.

  • Page 17: Transponder Series

    Basic transponder information Available transponders This manual covers the following transponders: Transponder Model Housing series material SPT 331 SPT 331/St Basic unit Stainless steel SPT 331 Basic unit Aluminium SPT 331/R -St Release Stainless steel SPT 331/R Release Aluminium SPT 331/I-St Inclinometer Stainless steel SPT 331/II-St...
  • Page 18 SPT and MPT x3x series Transponder Model Housing series material MPT 331 MPT 331/DTDuB-St Depth and Temperature Stainless steel with Dual Beam MPT 331/DTRDuB-St Depth, Temperature and Stainless steel Release with Dual Beam MPT 331/DTDuB Depth and Temperature Aluminium with Dual Beam MPT 331/DTRDuB Depth, Temperature and Aluminium...
  • Page 19 Basic transponder information Transponder model identification principles The transponder name consists of the model name, the model number and any options included. The name contains three letters followed by three digits. The letters after the numbers describe the option (see example below).

  • Page 20: Temperature Sensor

    SPT and MPT x3x series Split housing and transducer Unlisted function which is custom specified ⇒ See unit (reg. no 102-210480) and description on page 12. Housing material Aluminium is the standard housing material. If Stainless steel is used, the abbreviation “St” is added to the transponder name (see example below).
  • Page 21 Basic transponder information Transponder models description Basic models SPT 331 The SPT 331 can only operate as an MF SSBL transponder to provide positional information. It is equipped with a +15_ beamwidth transducer. All SPT models are based on this basic model.
  • Page 22 SPT and MPT x3x series The Release mechanism (R) transponder is a recoverable unit fitted with an automatic release mechanism and floating collar. This detaches the anker weight on request from the HPR / HiPAP system. Once the transponder has been released, it will float to the surface where it can be recovered.
  • Page 23 Basic transponder information /DuB The Dual Beam (DuB) transponder works as a dual beam transponder. It is used in LBL deep water positioning, and is equipped with a +15_ beamwidth transducer. It operates in the following two modes: • Calibration •...
  • Page 24 SPT and MPT x3x series Beam patterns The figure shows beam pattern for the different transducer types; ± 90_ and ± 15_. The beam pattern shows the transmit/receive sensitivity in the different directions. - 30 - 30 -10 dB -10 dB -120 -120 -150...
  • Page 25 The most common types are: • Floating collar on page • Anchor-weight • Mounting brackets • Mounting collars → For auxiliary equipment supplied by Kongsberg Maritime, refer to page 80. 160780 / L...

  • Page 26: Technical Specifications

    SPT and MPT x3x series TECHNICAL SPECIFICATIONS This chapter lists the main technical specifications. Topics → Source level and receiver sensitivity on page 16 → Common specifications on page 17 → Release units on page 17 → Version/DT on page 17 →...
  • Page 27 Technical specifications Common specifications The technical details given in this paragraph are common for all the transponder types described in this manual. Technical details Aluminium Stainless steel models models Maximum depth rating 3000 meters 3000 meters Housing material Aluminium Stainless steel Flange and transducer head Aluminium/ Stainless steel...
  • Page 28 SPT and MPT x3x series Version/R and /DTR As in common and version/DT specifications, except: Technical details Aluminium Stainless steel models models Release; lift / buoyancy max. 250 kg max. 140 kg Separate release battery 1000 releases → Outline dimension and weight, refer to page 150. Version/RspSx 110 Vac As in common specifications, except: Technical details...

  • Page 29: Stainless Steel Transponders

    Interconnection cable maximum 9 m Version/SU As in common specifications, except: Relay (”release”) active for 5 sec Transducer unit: Type Kongsberg Maritime LF standard Material (aluminium)-bronze Beamwidth approx. 60 deg. at --3 dB Cable connector type 7--pins Gimsa plug 10.00.2.07.1.10 →...
  • Page 30 SPT and MPT x3x series Floating collars Technical details common for both types of floating collars: Depth rating 3000 m Colour orange → Aluminium transponder - Outline dimension and weight, refer to page 150. → Stainless steel transponder - Outline dimension and weight, refer to page 150.
  • Page 31 Technical specifications Battery weight Lithium (L) (standard) see table on page 22 Alkaline (A) 8.0 kg Rechargable (N) 8.0 kg 160780 / L...
  • Page 32 This is a lithium thionyl chloride battery. Note that special precautions are required: • This battery must NOT be recharged, forced open or disposed off in fire. • Refer to Safety Data Sheet, reg.no.859-164733 Manufacturer: Kongsberg Maritime AS Strandpromenaden 50 N-3190 Horten, Norway www.kongsberg.com (Cd30136) 160780 / L...
  • Page 33 Technical specifications External connectors The following transponders are fitted with an external connector: • Models including the responder and the the external power (110 Vac) functions - these models are delivered with a pigtail. • SU model (separate transducer and housing (electronics unit)) - this model is delivered with a pigtail.

  • Page 34: Double Inclinometer External Connector

    SPT and MPT x3x series Pin no. Function External trigger line External trigger GND Note* Note* External 110 Vac External 110 Vac Table 1 Standard external connector Note * Linked in the pigtail plug (pin no 3 and 4) to apply 10 V from the battery to the electronics.

  • Page 35: Rspsx 110 Vac Su Base External Connector

    Technical specifications Pin no. Function TD, Narrow -- Note * TD, Narrow -- Note * TD, Common Table 3 RspSx 110 Vac SU top external connector Note *Linked in the external connector (pin no 1 and 4). Pin no. Function Ext.

  • Page 36: Transponder Set-Up And Operation

    SPT and MPT x3x series TRANSPONDER SET-UP AND OPERATION This chapter contains a breaf overview of how to set-up and operate a transponder. The transponders are designed for operation in water only. Caution The transponder unit and the battery are delivered as separate units.

  • Page 37: System Set-Up

    Transponder set-up and operation System set-up All transponders are preset by the manufacturer. The channel setting may be changed if required. This can be done as follows: • Use of internal switches, or • use of acoustic telemetry from a HiPAP or aHPR 400 system. (A HPR 300 system can not send telemetry for this purpose.) For information about set-up of a transponder, refer to APOS Instruction manual /APOS on-line help.

  • Page 38: Transponder In Operation

    SPT and MPT x3x series Pigtail External connector (CD40 28) MPT 339 RspSx 110Vac Figure 6 Example of external connector with pigtail Transponder in operation Caution The pigtail must always be connected. If it is removed, the transponder will not work at all. This applies for all types of external connections.

  • Page 39: Transponder Not In Operation

    Transponder set-up and operation Transponder not in operation If 110 V is not present, (when the transponder is not in operation) you are advised to disconnect the pigtail to save battery power. Mounting A transponder may be secured to a subsea structure using mounting brackets, or fitted with an anchor weight and floating collar for location on the open seabed.

  • Page 40: Positioning Of A Transponder

    SPT and MPT x3x series Positioning of a transponde Positioning of a transponder can be done in two ways: The normal way is that the topside send a request to the transponder, the transponder answer the request after a given time delay. The other way is with the transponder in beacon mode, then the transponder acts as an acoustic lighthouse.

  • Page 41: Inclinometer Sensors

    Transponder set-up and operation Inclinometer sensors On both the /I and the two /II transponder units, the front direction is marked. This is illustrated in figure 7 and 8. The inclinometers’ X and Y-axes are referenced to this mark. • The Y-axis is parallel to the mark and perpendicular to the longitudinal axis of the unit.

  • Page 42: Responder Function

    SPT and MPT x3x series Note When deploying the II transponder, the two units must be positioned in the same direction (referring to the top markings). Responder function To activated this function, the transponder must be connected directly to the HiPAP / HPR system via a cable. •...

  • Page 43: Storage

    Transponder set-up and operation Storage → Refer to “Storage” on page 143. Aluminium transponder release: Open Closed Figure 9 Release unit - aluminium transponder → For information about manual release, refer to page 36. 160780 / L...

  • Page 44: Release Mechanism - Stainless Steel Models

    SPT and MPT x3x series Release mechanism - stainless steel models Operation The release function is initiated at the HiPAP / HPR system. When activated, the following will occur: • Power is applied to the DC motor within the unit. •...

  • Page 45: Release Mechanism - Aluminium Models

    Transponder set-up and operation Release mechanism - aluminium models The release function is initiated at the HiPAP / HPR system. When activated, the transponder will float to the surface. Note Once the transponder reaches the surface, it can be lifted from the water by attaching a hook / rope to the transducer cage.
  • Page 46 SPT and MPT x3x series The release mechanism can be operate in one of the two following ways: • Automatic • Manual Automatic release Automatic release is normally used when the transponder is submerged. • The release is performed within 10-15 seconds after the command is performed.

  • Page 47: Setting The Release Mechanism

    Transponder set-up and operation Figure 13 Release unit - indicating manual release Setting the release mechanism Ensure the anchor shackle (rope) is located in the jaws. - Do not use a chain. A chain can cause corrosion. Snap the hook back onto position. Fasten the required load onto the shackle.

  • Page 48: Storage

    SPT and MPT x3x series Storage Caution A release unit must be stored in open position (released), as illustrated in the figure below. Open Closed Figure 14 Release unit → For information about manual release, refer to page 36. 160780 / L...

  • Page 49: Batteries

    Battery BATTERIES This chapter provides information about the batteries used with the transponders described in this manual. A battery is delivered as a separate unit. The following battery types are available: • Lithium (standard) (L) • Alkaline (A) • Rechargeable (N) The transponders are normally self-contained with power.

  • Page 50: Battery Layout

    SPT and MPT x3x series Battery layout Battery connector Battery top Protection- / support foam Release unit connector (Cd30132) Battery base Figure 15 Battery Battery specification The battery specification includes: • battery type • Rx/Tx voltage • number of battery cells used for Rx / Tx Example: L10/36 (15/40) The example given L10/36 (15/40), therefore indicates that this is a Lithium battery, with Rx voltage = 10 V / Tx voltage = 36 V.

  • Page 51: Battery Capacity

    Battery An overview of the capacities of these batteries are presented in the table below. A more detailed specification is presented on the following pages. Battery capacity Battery data Lithium Alkaline Rechargeable Battery Type no. L10/36 (15/40) A10/36 (24/24) N10/36 (18/30) Maximum continuous on-time 180 days 71 days...

  • Page 52: Battery Lifetime At Operation

    SPT and MPT x3x series Battery lifetime at operation The transponder has a battery monitoring function. For information on how to operate this function, see the System operator manual/APOS on-line help. • Two pings are required to transmit the depth and compass information.
  • Page 53 Battery Battery type Transponder type L 10/36 (15/40) SPT 331 MPT 331 L 10/40 (3/11) MPT 139/DTRspSx 110 Vac MPT 339/DTRspSx 110 Vac SPT 331/RspSx 110 Vac L 10/40 (3/11) SPT 133/RspSx 110 Vac SU special cabling L 10/50 - (12/42) MPT 139 series MPT 339 series →...

  • Page 54: Lithium Battery Storage

    SPT and MPT x3x series Quiescent lifetime: This is the total time the transponder can listen for interrogation pulses. After this time the transponder will not be able to reply. Max continuous on time: This is the maximum time the transponder can be continuously in operation, receiving and transmitting.

  • Page 55: Alkaline Battery Pack

    Battery Shelf lifetime: The batteries may be stored for up to 10 years with little loss of capacity. The losses are approximately according to the figures below (room temperature): Capacity loss: 1st year - 3% Next 9 years - 1.5% per year Note Total capacity loss over 10 years will therefore be approximately 15%.

  • Page 56: Alkaline Battery Storage

    SPT and MPT x3x series Battery lifetime at quiescent state Max continuous on time: 71 days Quiescent lifetime: 301 days Alkaline battery storage If the unit is not to be re-deployed in the near future, store it in a suitable environment. Self-discharge depends on the temperature.

  • Page 57: Rechargeable Battery Pack

    Battery Rechargeable battery pack The SPT / MPT 331 transponders can be used with a rechargeable Nickel Cadmium (NiCd) battery, the Battery Pack N10/36 (18/30). This battery pack may be used as a replacement for the transponder battery, L10/36 (15/40). →...

  • Page 58: How To Connect The Transponder Battery

    SPT and MPT x3x series How to connect the transponder battery Important information For the MPT / SPT 339 / 331 / 139 Rsp Sx transponders (w/power module), it is important to: • When mounting the battery, connect the (black or yellow/green) wire (GND) to the power module (A), as illustrated in the figure below.

  • Page 59: Procedure

    Battery Procedure To connect the battery, the unit must be opened. → Refer to page 63 for details. Grab the connector firmly using both hands. Press the connector onto the battery plug. (Cd5937) Figure 21 Connecting the battery When the battery is connected, listen for the transponder initialization: - Three bursts should be transmitted at a rate of one per second.

  • Page 60: How To Mount The Transponder Battery

    SPT and MPT x3x series How to mount the transponder battery To mount the battery, proceed as follows: → See also how to connect the transponder battery on page 49. Open the transponder unit. → Refer to page 63 for details. Connect the battery as illustrated below.

  • Page 61: How To Replace A Transponder Battery

    Battery How to replace a transponder battery To replace a transponder battery, proceed as follows: Procedure Open the transponder unit. → Refer to page 63 for details. If the transponder is fitted with a release unit, you must first disconnect and remove the release unit. →...
  • Page 62 SPT and MPT x3x series - Mount the four nuts and locking washers holding the battery to the chassis. → Refer to figure on page 51. For responder transponders: Connect the battery. → Refer to page 49 for details. Assemble the transponder. →...

  • Page 63: Transponder Configuration

    Transponder configuration TRANSPONDER CONFIGURATION This section holds information about the configuration of a transponder. All transponders are configured by the manufacturer. The configuration may be altered if required. The procedure to perform alterations will depend on the HiPAP / HPR system in use. A transponder can operate with the following topside systems: - HiPAP - HPR 400 series...

  • Page 64: Frequency Bands

    SPT and MPT x3x series Frequency bands For the transponders described in this manual the frequency bands presented in table 5 are used. Transponder Frequency band number 1 - (30 kHz) SPT 331 series MPT 331 series 1 - (30 kHz) 1 - (30 kHz) MPT 339 series 0 - (12 kHz)
  • Page 65 Transponder configuration 1 2 3 4 f - 0 f - 0 If HPR 400 TP frequency pulse RX2 HPR 300 TP Command Address (1 - 15, default 5) HPR 400, frequency pulse RX1 HPR 300, frequency pulse RX1 If DIL switch 4 is ON, then HPR 400 TP, OFF = HPR 300 TP Beacon function when set to ON Switch no.
  • Page 66 SPT and MPT x3x series HPR 400 channels and positioning frequencies The number of channels available with an HPR 400 system depend on the transponder type used. → An overview of available channels and operating frequencies, is given in the APOS on-line help. The HPR 400 system interrogates the transponders by transmitting two pulses with frequencies according to the protocol.

  • Page 67: Spt And Mpt 33X

    Transponder configuration SPT and MPT 33x series A total of 56 positioning frequency channels are available. • Rx frequencies used are: 21.000 - 24.500 kHz. • Telemetry frequencies used are: 25.000 - 26.500 kHz, at 250 Hz intervals. • Tx frequencies used are: 27.000 - 31.500 kHz. →...
  • Page 68 SPT and MPT x3x series SPT 133 unit The SPT 133 unit working principle with the HiPAP/HPR 400 system is the same as for the MPT 139 series. HPR 300 channels An HPR 300 system interrogates the transponders by transmitting one pulse with frequency according to the protocol. →...
  • Page 69 Transponder configuration SPT and MPT 33x series For the SPT and MPT 33x series, the HPR 300 system uses the Common Command Frequency (CCF) of 20 kHz, and has a total of 14 channel numbers (frequency combinations) available. Switch Transponder Operating frequencies (kHz) channel channel...
  • Page 70 SPT and MPT x3x series MPT 139 series Note The transponder can also be set to operate in HPR 300 when used by HPR 1507 or HPR 1530 systems. For the MPT 139 series, the HPR 300 system uses the Common Command Frequency (CCF) of 9506 Hz, and has a total of 5 channel numbers (frequency combinations) available.
  • Page 71 Transponder configuration Responder and external power functions To initiate the responder and the external power function, the unit must be connected to a topside system via a cable. The pin allocations for of the unit’s external connector: → Refer to page 23. Double inclinometer To initiate the double inclinometer transponder, the two units must be interconnected by the cable provided.

  • Page 72: Testing

    SPT and MPT x3x series MAINTENANCE No maintenance is normally required, apart from washing the unit. To change the battery pack or a circuit board, the unit must be dismantled. Topics → Preventive maintenance on page 62 → Testing the transponder on page 62 →...
  • Page 73 Maintenance Dismantling the transponder The procedure for opening the pressure housing is identical for the all types of transponders described in this manual. Pressure housing assembly: The pressure housing comprises the cylinder body (housing), the transducer head and bottom end cap. The transducer head comprises of the transducer and the transducer cage.
  • Page 74 SPT and MPT x3x series Support the end cap as it is withdrawn. Once the O-ring is clear of the housing, the transducer and electronics chassis may be removed. There is a wire from the release mechanism or the responder connector (whichever is fitted) to the base of the battery pack.
  • Page 75 Maintenance Transducer head O-ring Socked-head Backup ring screws Cylinder body (Housing) Bottom end cap Socked-head screws Figure 26 SPT 331 pressure housing assembly Replacement of circuit boards Rx board, Tx board and Microcontroller board To replace one of these circuit boards, follow the procedure below: Open the transponder.
  • Page 76 SPT and MPT x3x series Unscrew the plastic locking devices. The appropriate board can now be removed from the chassis. Note The Microcontroller board and Rx board are interconnected via a flat cable. Mount the new circuit board and tighten the locking devices.
  • Page 77 Maintenance SPT 331 and MPT 331 series Open the transponder. → Refer to paragraph on page 63. Warning Do not try to unscrew the two sealing screws on each side of the transducer flange (see figure on page 67). Remove the complete transducer head. - For an inclination transponder, it is important to mount the 0-mark on the electronic chassis top-plate according to the 0-mark on the transponder head.
  • Page 78 SPT and MPT x3x series Remove the six socket-head screws that secure the release unit into the housing. (The screws where the heads are flush with the surface of the mechanism flange). Hold the transponder securely, and agitate the release unit back and forth in the tube to break the seal.

  • Page 79: Temperature Variations

    Maintenance Ensure the mating surfaces and O-rings and backup rings are completely clean, then wipe a thin film of silica-gel over the rings and mating surfaces. Assembling: Carefully insert the chassis into the housing. Do not allow the circuit boards to knock against the housing, and ensure no wires are trapped between the chassis and the housing or left protruding from the housing.
  • Page 80 SPT and MPT x3x series SPT/MPT 110 Vac transponder-power module Drawings of the power modules wiring diagrams: • SPT / MPT 110 Vac, see page 171. • SPT 133/RspSx 110 Vac SU, see page 172. As indicated on the drawings: - The power unit is an AC / DC power unit.
  • Page 81 Transponder main parts MAIN PARTS This chapter gives a short decription of the transponder main parts. → An example of the transponder’s main parts is shown in figure on page 72. Topics → Transducer on page 73 → Housingon page 73 →...
  • Page 82 SPT and MPT x3x series Transducer 180 end cap Rx amplifier board Motherboard Rx board Tx board Microcontroller board Housing Battery (Cd3957) Bottom end cap Figure 28 Example of transponder - main parts 160780 / L...
  • Page 83 Transponder main parts Transducer The transducer is mounted in one end of the cylindrical transponder. The following transducers are used: • The transducer 30 has a 30_conical beam - MF only. • The transducer 60 has a 60_ conical beam - LF only. •...

  • Page 84: Transmitter Board

    SPT and MPT x3x series Circuit boards The transponder electronics includes the five (5) circuit boards. These boards are standard for all applications. Topics → Transmitter board (Tx) on page 75 → Receiver board (Rx) on page 76 → Rx amplifier board on page 77 →...
  • Page 85 Transponder main parts Transmitter board (Tx) The Transmitter board is a general purpose transmitter, containing its own frequency generator, power control and power supply circuits, (the board feeds both the receiver and microcontroller circuit boards. Figure 30 Transmitter circuit board The board holds two voltage regulators which output the voltages required by the other boards.
  • Page 86 SPT and MPT x3x series Receiver board (Rx) The receiver board is designed to receive transponder interrogation signals and telemetry signals. It contains nine narrow-band channel receivers, and a WIDE-detector and phase-locked loops for generating the right modulation frequencies to the channel receivers. Figure 31 Receiver circuit board The board consists of a two stage amplifier with signal limitation and an anti-aliasing filter, two channel receiver stages...
  • Page 87 Transponder main parts Rx amplifier matching board The TP-PREAMP 24K Hz acts as a matching preamplifier between the transducer and the Channel Receiver circuit board. → Refer to figure 32 for the block diagram. The transducer is connected to TP1 and TP2. The incoming signal passes through the matching component, T1.
  • Page 88 SPT and MPT x3x series Microcontroller board The Microcontroller board is a general purpose single microcontroller board, with the main task of performing calculations and digital signal control. It uses the 87C196KC/KD Microcontroller manufactured by Intel, and is also equipped with a number of timers, inputs and outputs. Rotary switch S2 4-way Dip switch S1 Rotary switch S3...
  • Page 89 U1 on the motherboard. Interconnections The interconnections will differ from tp model to tp model. Note For details of the interconnections between the circuit boards, the transducer and the electronics, and the battery and the electronics, contact Kongsberg Maritime. 160780 / L...
  • Page 90 Anchor-weight on page 80 → Floating rope on page 80 → Auxiliary equipment supplied by Kongsberg Maritime on page 80 Anchor-weight A transponder requires an anchor-weight of approximately 60 to 70 kg to hold the transponder securely in position on the seabed.
  • Page 91 Different types of mounting brackets are available. This section presents a few examples: • Mounting funnel • Transponder rack (may be supplied by Kongsberg Maritime). Mounting funnel The figure below gives an example of how to mount a transponder using a mounting funnel. The funnel may have a closed or open bottom, depending on requirements.
  • Page 92 SPT and MPT x3x series SIMRAD MPT 339 102-089843 M ad e in N orw ay Installation Bracket Mounting funnel Bracket Figure 34 Example of mounting funnel 160780 / L...
  • Page 93 Guiding collar Different types of guiding collars may be used. The most common guiding collar delivered by Kongsberg Maritime comprises of two separate units; an upper and a lower. Each unit is divided into two parts. These parts are placed around the transponder housing and bolted together.
  • Page 94 Correct mounting will restrict rotation of the transponder within the funnel. The funnel is equipped with a locking pin to secure the transponder (not supplied by Kongsberg Maritime). 160780 / L...

  • Page 95: Spare Parts

    Spare parts SPARE PARTS Introduction This chapter lists the parts and modules defined by Kongsberg Maritime as Line Replaceable Units (LRUs) for the SPT and MPT x3x transponder series. These LRUs are the individual parts and items which the manufacturers considered are replaceable by the local maintenance engineer.
  • Page 96 SPT and MPT x3x series Topics → Accessories on page 87 → Batteries on page 88 → Sensors on page 88 → SPT 331/St on page 89 → SPT 331/R -St on page 91 → SPT 331/I-St on page 95 →...

  • Page 97: Accessories

    Spare parts Accessories This list includes the common accessories used for all transponder types. Since the figure position differs on the figures for these common items, the Drw. pos. is left out. Note O-/Backup rings are listed in the accessories list, and referred to as A/B/C/D in the figures for some transponders.

  • Page 98: Sensors

    SPT and MPT x3x series Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 857--160780 SPT and MPT x3x series Instruction manual (This manual) Sensors Part no. Item name Drw. ref. No. in sys. Technical data Drw.

  • Page 99: Spt 331/St Transponder

    Spare parts SPT 331/St transponder The standard SPT 331 basic transponder is delivered with aluminium housing, page 104. Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--103061 SPT 331/St Transponder complete Figure page 90 without battery All main modules are included...
  • Page 100 SPT and MPT x3x series Mv=4.6Nm Mv=4.6Nm 102-103161 Page 1 of 1 SPT 331 basic transponder - exploded view (Cd3961) Rev.C 160780 / L...

  • Page 101: Spt 331/R-St Transponder

    Spare parts SPT 331/R-St transponder The standard SPT 331/R transponder is delivered with aluminium housing, see page 106. Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--103253 SPT 331/R--St Transponder complete Figure page 92 without battery All main modules are included...
  • Page 102 SPT and MPT x3x series Mv= 4.6N m SI MRAD SPT 33 1/R 102- 103253 Made i n Norway CAP + CAP + Mv=4.6Nm 102-103253 Page 1 of 1 SPT 331/R-St transponder - exploded view (CD3982) Rev.C 160780 / L...
  • Page 103 Spare parts Release mechanism unit Complete unit Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 499--089594 Release unit complete Figure page 101 All main modules are included Main modules Main modules for the release mechanism unit. Part no.
  • Page 104 SPT and MPT x3x series 160780 / L...

  • Page 105: Spt 331/I-St Transponder

    Spare parts SPT 331/I-St transponder Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--103062 SPT 331/I--St Transponder complete Figure page 96 without battery All main modules are included (except for battery) Standard battery Part no.
  • Page 106 SPT and MPT x3x series X-Inclinometer Make sure that 0 - mark on the flange is turned 90ø right relative to the X-inclinometer, as indicated on the drawing above Mv=4.6 Nm 102-103062 Page 1 of 1 SPT 331/I-St transponder - exploded view (CD3980) Rev.C 160780 / L...

  • Page 107: Spt 331/Ii-St Transponder

    Spare parts SPT 331/II-St transponder This section includes parts for the SPT 331/II stainless steel transponder and the SPT 331/II separate inclinometer unit. Complete transponder Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--103013 SPT 331/II--St Transponder complete Figure page 98 All main modules are included...
  • Page 108 SPT and MPT x3x series SIMRAD MPT 331 /II 1 02-1 0301 3 Ma d e in No rwa y Mv=4.6Nm 102-103013 Page 1 of 1 SPT 331/II-St transponder - exploded view (CD4008) Rev.C 160780 / L...
  • Page 109 Spare parts SPT 331/II-St separate inclinometer unit Complete unit Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 499--103014 Inclinometer unit Figure page 100 All main modules are included Main modules Main modules for the SPT 331/II-St separate inclinometer unit. Part no.
  • Page 110 SPT and MPT x3x series 499-103014 SPT 331/II-St separate inclinometer unit, Page 1 of 1 (CD4037a) Rev.F including wiring 160780 / L...
  • Page 111 Spare parts 47 48 T vinnes 42 43 38 39 28 29 30 21 22 24 25 28 29 30 13 14 499-089594 Page 1 of 1 Release mechanism unit for stainless steel (CD3975) Rev.C transponders - exploded view 160780 / L...

  • Page 112: Spt 331/Rspsx 110 Vac-St Transponder

    SPT and MPT x3x series SPT 331/RspSx 110 Vac-St transponder The standard SPT 331/RspSx 110 Vac transponder is delivered with aluminium housing, page 108. Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--210972 SPT 331/RspSx 110 Vac--St Transponder...
  • Page 113 Spare parts Page 1 of 1 SPT 331/RspSx 110 Vac-St transponder - 860-210973 (Cd30134) exploded view Rev.A 160780 / L...

  • Page 114: Spt 331 Basic Transponder

    SPT and MPT x3x series SPT 331 basic transponder The SPT 331 basic transponder can also be delivered with stainless steel housing, see page 89. Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw.
  • Page 115 Spare parts 160780 / L...

  • Page 116: Spt 331/R Transponder

    SPT and MPT x3x series SPT 331/R transponder The SPT 331/R transponder can also be delivered with stainless steel housing, see page Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--215800 SPT 331/R Transponder complete Figure page 107...
  • Page 117 Spare parts 860-215802 Page 1 of 1 SPT 331/ Al transponder - (CD6478) Rev.B exploded view 160780 / L...

  • Page 118: Spt 331/Rspsx 110 Vac Transponder

    SPT and MPT x3x series SPT 331/RspSx 110 Vac transponder The SPT 331/RspSx 110 Vac transponder can also be delivered with stainless steel housing, see page 102. Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw.
  • Page 119 Spare parts 860-216132 Page 1 of 1 SPT 331/RspSx 110 Vac Al transponder - (CD6477) Rev.A exploded view 160780 / L...

  • Page 120: Spt 133/Rspsx 110 Vac Su-St Transponder

    SPT and MPT x3x series SPT 133/RspSx 110 Vac SU-St transponder This section includes parts for the two units (housing and transducer) of the SPT 133/RspSx 110 Vac SU-St transponder. Complete transponder without battery Part no. Item name Drw. ref. No.
  • Page 121 Spare parts SIMRAD Mad e in N orwa y 860-210481 SPT 133/RspSx 110 Vac SU-St transponder - Page 1 of 1 (CD4079) exploded view Rev.A 160780 / L...

  • Page 122: Transducer Unit

    SPT and MPT x3x series Transducer unit This list includes the common spare parts for the transducer unit of the SPT 133/RspSx 110 Vac SU-St transponder. Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 100--210880 SPT 133/DTRspSx 110 Vac SU--St Figure 37...
  • Page 123 Spare parts 160780 / L...

  • Page 124: Mpt 339/St Transponder

    SPT and MPT x3x series MPT 339/St transponder Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--089843 MPT 339/St Transponder complete Figure page 115 without battery All main modules are included (except for battery) Battery Part no.
  • Page 125 Spare parts Mv=4.6Nm SIMRAD MPT 339 10 2-0 89 84 3 Ma d e in Nor w ay CAP + C AP + (Cd4012) Mv=4.6Nm 102-089843 Page 1 of 1 MPT339/St transponder - exploded view (CD4012) Rev.F 160780 / L...

  • Page 126: Mpt 339/Dtr-St Transponder

    SPT and MPT x3x series MPT 339/DTR-St transponder The standard MPT 339/DTR transponder is delivered with aluminium housing, see page 120. Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--089689 MPT 339/DTR--St Transponder complete Figure page 117 without battery...
  • Page 127 Spare parts Mv=4.6Nm SI MRAD MPT 3 39/DTR 1 02-0 8968 9 M ade in Norway CAP + C AP + Mv=4.6Nm 102-089689 Page 1 of 1 MPT 339/DTR-St transponder - exploded view (CD4013) Rev.F 160780 / L...

  • Page 128: Mpt 339/Dtrspsx 110 Vac-St Transponder

    SPT and MPT x3x series MPT 339/DTRspSx 110 Vac-St transponder Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--102489 MPT 339/DTRspSx 110 Vac--St Figure page 119 Transponder complete without backup battery All main modules are included (except for backup battery) Battery...
  • Page 129 Spare parts Mv=4. 6Nm SIMRAD MPT 339/D TRspSx 11VAC 10 2-10 24 89 M ad e in N or way Mv=4.6Nm Mv=2.7Nm 102-102489 Page 1 of 1 MPT 339/DTRspSx 110 Vac-St transponder - (CD4015) Rev.E exploded view 160780 / L...

  • Page 130: Mpt 339/Dtr Transponder

    SPT and MPT x3x series MPT 339/DTR transponder The MPT 339/DTR transponder can also be delivered with stainless steel housing. see page 116. Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--216121 MPT 339/DTR Transponder complete...
  • Page 131 Spare parts 860-216123 Page 1 of 1 MPT 339/DTR Al transponder - exploded view (Cd6471) Rev.C 160780 / L...

  • Page 132: Magnetic Release Mechanism

    SPT and MPT x3x series Magnetic release mechanism Complete unit Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 499--213700 Release unit complete Figure page 122 Plug End cap Release body Figure 38 Magnetic release mechanism - for Aluminiun transponders 160780 / L...

  • Page 133: Mpt 339/Dt Transponder

    Spare parts MPT 339/DT transponder Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--216122 MPT 339/DT Transponder complete Figure page 121 without battery All main modules are included (except for battery) Battery Part no.

  • Page 134: Mpt 331/Dtdub-St Transponder

    SPT and MPT x3x series MPT 331/DTDuB-St transponder Note A common figure is provided for the DTDuB and the DTRDuB transponders, see page 125. The standard MPT 331/DuB-St transponder is delivered with aluminium housing, see page 127. Complete transponder Part no. Item name Drw.
  • Page 135 Spare parts Mv = 4. 6Nm SI MRAD MPT 33 1/Du B 210702 M ade in Norway CAP + CAP + Mv = 4.6Nm 860-210408 Page 1 of 1 MPT 331/DuB-St transponder - exploded view (CD4074) Rev.C 160780 / L...

  • Page 136: Mpt 331/Dtrdub-St Transponder

    SPT and MPT x3x series MPT 331/DTRDuB-St transponder Note A common figure is provided for the DTDuB and the DTRDuB transponders, see page 125. The standard MPT 331/DTDuB transponder is delivered with aluminium housing, see page 129. Complete transponder without battery Part no.

  • Page 137: Mpt 331/Dtdub Transponder

    Spare parts MPT 331/DTDuB transponder Note A common figure is provided for the DTDuB and the DTRDuB transponders, see page 128. The MPT 331/DTDub transponder can also be delivered with stainless steel housing, page 124. Complete transponder without battery Part no. Item name Drw.
  • Page 138 SPT and MPT x3x series 860-215799 Page 1 of 1 MPT 331/DuB transponder - exploded view (CD6469) Rev.B 160780 / L...

  • Page 139: Mpt 331/Dtrdub Transponder

    Spare parts MPT 331/DTRDuB transponder Note A common figure is provided for the DTDuB and the DTRDuB aluminium transponders, see page 128. The MPT 33R/DTRDuB transponder can also be delivered with stainless steel housing, page 126. Complete transponder without battery Part no.

  • Page 140: Mpt 139/St Transponder

    SPT and MPT x3x series MPT 139/St transponder Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--089831 MPT 139/St Transponder complete Figure page 131 without battery All main modules are included (except for battery) Battery Part no.
  • Page 141 Spare parts Mv=4.6Nm SIMR AD MPT 139 102-089831 Mad e in Norway CA P + CA P + Mv=4.6Nm 102-089831 Page 1 of 1 MPT 139/St basic transponder - exploded view (CD4014) Rev.E 160780 / L...

  • Page 142: Mpt 139/Dt-St Transponder

    SPT and MPT x3x series MPT 139/DT-St transponder Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--089832 MPT 139/DT--St Transponder complete Figure page 133 without battery All main modules are included (except for battery) Battery Part no.
  • Page 143 Spare parts Mv=4.6Nm SIMRAD MPT 139 /DT 1 02 -0 89 83 2 Made i n Norway C AP + CAP + Mv=4.6Nm 102-089832 Page 1 of 1 MPT139/DT-St transponder - exploded view (CD4010) Rev.F 160780 / L...

  • Page 144: Mpt 139/Dtr-St Transponder

    SPT and MPT x3x series MPT 139/DTR-St transponder Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--089591 MPT 139/DTR--St Transponder complete Figure page 135 without battery All main modules are included (except for battery) Battery Part no.
  • Page 145 Spare parts Mv=4.6Nm SIMRAD MPT 139/DTR 1 02-08 95 91 Ma de in Norwa y CAP + CA P + Mv=4 .6Nm 102-089591 Page 1 of 1 MPT 139/DTR-St transponder - exploded view (CD30049) Rev.E 160780 / L...

  • Page 146: Mpt 139/Dtrspsx 110 Vac-St Transponder

    SPT and MPT x3x series MPT 139/DTRspSx 110 Vac-St transponder Complete transponder without battery Part no. Item name Drw. ref. No. in sys. Technical data Drw. pos. Rec.spares 102--102542 MPT 139/DTRspSx 110 Vac--St Transponder Figure page 137 complete without backup battery All main modules are included (except for backup battery) Battery...
  • Page 147 Spare parts Mv=4.6Nm SIMRAD MPT 139 /D TR spSx 110 VAC 102 -102 542 Ma de in No rw ay Mv=4.6Nm Mv=2.7Nm 102-102542 Page 1 of 1 MPT 139/DTRspSx 110 Vac transponder - (CD30050) Rev.E exploded view 160780 / L...

  • Page 148: Safety Information For Transponder And Transponder Battery

    SPT and MPT x3x series SAFETY INFORMATION FOR TRANSPONDER AND TRANSPONDER BATTERY The purpose of this chapter is to provide safety information for the Kongsberg Maritime transponders with lithium battery and separate Kongsberg Maritime transponder lithium batteries. It also includes emergency procedures. Warning...

  • Page 149: Identification Of The Products And Company

    Safety information Identification of the products and company Product name All Kongsberg Maritime transponders with a lithium battery, and separate Kongsberg Maritime transponder lithium batteries. Range of battery products PART NUMBER BATTERY TYPE 290-089501 L10/36 (15/20) 290-101665 L10/36 (18/30) 290-103053...

  • Page 150: Composition And Information On Ingredients

    SPT and MPT x3x series Composition and information on ingredients Battery chemistry A transponder lithium battery consists of Lithium Metal cells with chemistry: Lithium Thionyl Chloride - Li/SOCl2 • Negative electrode: Lithium metal (Li) • Positive electrode: Carbon • Electrolyte: Solution of lithium tetrachloroaluminate (LiAlCl4) in thionyl chloride Battery weight and lithium content...

  • Page 151: Battery Design

    Safety information Battery design A transponder lithium battery consists of several battery cells that are electrical connected, both in serial and parallel. There are transponder batteries with different number of cells, voltages and capacity. All transponder batteries include protection against short-circuits (re-settable fuses) and reverse current (diodes).
  • Page 152 SPT and MPT x3x series Note The relief valve can be plugged, caused by products from the chemical reactions during an emergency as described above. Noxious gases • Thionyl chloride (SOCl • Sulphur dioxide (SO • Hydrogen chloride (HCl) • Chlorine (Cl First-aid measures All personnel that have been exposed to the noxious gases should immediately be seen by a doctor.
  • Page 153 - Look for outer damages that could involve a water leakage. - The transponder housing temperature must be checked to verify a possible temperature increase in the lithium battery. • If everything is OK refer to Kongsberg Maritime transponder instruction manuals for normal procedures. 160780 / L...
  • Page 154 SPT and MPT x3x series Recovering a ”failing” transponder • Handle as possible water ingression. • Evacuate all unnecessary people. • Recover the transponder with great precaution. Use a crane. • No people should be near the transponder when it is lifted up on deck.
  • Page 155 Safety information Handling a transponder if relief valve opens • Evacuate all unnecessary people. • Use necessary protection equipment. • Fasten the transponder to a rope and immerse it in the sea for 24 hours or permanent. - If this method is impossible, the transponder can be cooled down with copious amount of cold water.
  • Page 156 SPT and MPT x3x series Handling heated or warm separate battery • Evacuate all unnecessary people. • Fasten the battery to a rope and immerse it in the sea for 24 hours or permanent. - If this method is impossible, the battery can be cooled down with copious amount of cold water.
  • Page 157 Safety information • A battery must not be exposed to water. • Storeroom: - A solid room with study racks for transponders/separate batteries. - A room where no people are staying, or no vital equipment is placed. - Good ventilation. - Clearly identified.
  • Page 158 SPT and MPT x3x series Toxiclogical information Signs and symptoms: • None, unless battery ruptures. In the event of exposure to internal contents, corrosive fumes with pungent odour will be very irritating to skin, eyes and mucous membranes. Over-exposure can cause symptoms of non-fibrotic lung injury and membrane irritation.
  • Page 159 Safety information Transport information Note Kongsberg Maritime delivers the transponder unit and the battery as separate units, in separate transportation cages. Kongsberg Maritime recommends that the transponder and the battery always are kept in separate transportation cages during transportation. Original transponder/battery cages must be used.

  • Page 160: Spt 331/Rspsx 110 Vac

    SPT and MPT x3x series DRAWING FILE This chapter contains outline dimensions drawings. The illustrations are based on the original system drawings. • All measurements are in mm. • The illustrations are not in scale. • The original drawings are available in electronic format (AutoCAD) upon request.
  • Page 161 Drawing file • MPT 139 Stainless steel - MPT 139/St and MPT 139/DT-St on page 168 - MPT 139/DTR-St on page 169 - MPT 139/DTRspSx 110 Vac-St on page 170 • Power modules, wiring diagrams - SPT / MPT 110 Vac on page 171 - SPT 133/RspSx 110 Vac SU on page 172 •...
  • Page 162 SPT and MPT x3x series SPT 331 Weight: in Air 35.5kg in Water 13.5kg 830-216429 Page 1 of 3 (Cd30032) Rev.A 160780 / L...
  • Page 163 Drawing file SPT 331/R Weight: in Air 38kg with floating collar in Water 13kg 100kg -22kg 830-216429 Page 2 of 3 (Cd30032) Rev.A 160780 / L...
  • Page 164 SPT and MPT x3x series SPT 331/RspSx110Vac Weight: in Air 25kg in Water 10kg 830-216429 Page 3 of 3 (Cd30032) Rev.A 160780 / L...
  • Page 165 Drawing file Weight: Weight: in Air 65kg in Air 60kg in Water 46kg in Water 42kg 830-089989 Page 1 of 1 SPT 331/St, SPT 331/ R-St and S PT 331/I-St transponders (Cd30025) Rev.B - outline dimensions 160780 / L...
  • Page 166 SPT and MPT x3x series Inclinometer unit Transponder Weight: Weight: in Air 60kg in Air 20kg in Water 42kg in Water 18kg 830-103075 Page 1 of 1 SPT 331/II-St transponder - outline dimensions (Cd30026) Rev.A 160780 / L...

  • Page 167: Spt 331/Rspsx 110 Vac

    Drawing file Weight: In Air 45kg in Water 33kg 830-211104 Page 1 of 1 SPT 331/RspSx 110 Vac-St transponder (Cd30027) Rev.A - outline dimensions 160780 / L...
  • Page 168 SPT and MPT x3x series ø178 SIMRAD Mad e in Norwa y Weight: Ø125 In Air ~31.8kg in Water SPT 133/RspSx 110 Vac SU-St transponder - Page 1 of 1 (Cd30037) outline dimensions 160780 / L...
  • Page 169 Drawing file Ø194 Cable ~15 m Sys tem ACS400 Unit TRA NSDUCER Part no. 100-102841 Ser. no. Compass safe di st. Stand: m St eer: I P c las s Power: CE conf ormit y Made in Norway Cable Cable Base of transducer 6 holes...
  • Page 170 SPT and MPT x3x series Weight: in Air 33.5kg in Water 11.5kg 830-217372 Page 1 of 2 (Cd30031) Rev.A 160780 / L...
  • Page 171 Drawing file Weight: with Floaring Collar in Air 35.5kg 97kg in Water 12kg -24kg 830-217372 Page 2 of 2 (Cd30031) Rev.A 160780 / L...
  • Page 172 SPT and MPT x3x series Weight: in Air 60kg in Water 42kg 830-089882 Page 1 of 1 MPT 339/St transponder - outline dimensions (Cd30018) Rev.A 160780 / L...
  • Page 173 Drawing file Transponder Weight: in Air 65kg in Water 46kg 830-089803 Page 1 of 1 MPT 339/DTR-St transponder - outline dimensions (Cd30019) Rev.A 160780 / L...
  • Page 174 SPT and MPT x3x series Weight: in Air 45kg in Water 33kg 830-089802 Page 1 of 1 MPT 339/RespSx-St transponder - outline dimensions (Cd30021) Rev.A 160780 / L...
  • Page 175 Drawing file MPT 331/DTDuB Weight: in Air ~36kg in Water ~13.5 830-217371 Page 1 of 3 (Cd30029) Rev.A 160780 / L...
  • Page 176 SPT and MPT x3x series MPT 331/DTRDuB Weight: in Air ~38kg in Water 830-217371 Page 2 of 3 (Cd30029) Rev.A 160780 / L...
  • Page 177 Drawing file Weight: Weight: in Air 62kg in Air 66kg in Water 41kg in Water 43.5kg 834-210806 Page 1 of 1 MPT 331/DuB-St transponder - outline dimensions (Cd30017) Rev.A 160780 / L...
  • Page 178 SPT and MPT x3x series Weight: in Air ~ 60kg in Water 42kg 830-089881 Page 1 of 1 MPT 139/St and MPT 139/DT-St transponders (Cd30022) Rev.A - outline dimensions 160780 / L...
  • Page 179 Drawing file Weight: in Air ~65kg in Water ~46kg 830-089801 Page 1 of 1 MPT 139/DTR-St transponder - outline dimensions (Cd30023) Rev.A 160780 / L...
  • Page 180 SPT and MPT x3x series Weight: in Air 45kg in Water 33kg 830-089800 Page 1 of 1 MPT 139/DTRspSx-St transponder - outline dimensions (Cd30024) Rev.A 160780 / L...
  • Page 181 Drawing file 1N5819 1N4005 824-102724 Page 1 of 1 Power module, 110 Vac w/backup battery (CD4054) Rev.A 160780 / L...
  • Page 182 SPT and MPT x3x series Page 1 of 1 Power module, wiring diagram 210844 (CD4636) SPT 133 Rev.B 160780 / L...
  • Page 183 Drawing file 139 Ø 430 x 430 mm For Aluminium transponder For Stainless steel transponder 125 Ø 460 x 460 mm Page 1 of 1 Floating collars 3000 m - outline dimensions (Cd30028) 160780 / L...
  • Page 184 SPT and MPT x3x series 2 Upper Collar Part 2 1 Upper Collar Part 1 2 Lower Collar Part 2 1 Lower Collar Part 1 Weigh total: in Air ~3kg in Water ~1kg 599-220021 / Guiding collar for SPT / MPT transponders 3000 m Page 1 of 1 599-220022 (CD30036)
  • Page 185 Drawing file 5 Upper Collar Part 2 6 Upper Collar Part 1 5 Lower Collar Part 2 6 Lower Collar Part 1 Weight total: in Air ~3kg in Water ~1kg 599-089549 / Guiding collar for SPT-St / MPT-St Page 1 of 1 599-089550 (Cd30034) transponders 3000 m - outline dimensions...
  • Page 186 SPT and MPT x3x series INDEX Battery pack Max continuous on time, 46 Quiescent lifetime, 46 Abbreviations, 1 Battery packs About this manual, 1 Max continuous on time, 45 AC/DC power unit, 70 Quiescent lifetime, 45 Accessories, 86, 87 Battery replacement, 40, 41 Technical data, 87, 88 Battery safety, 40 Acoustic coding, 55...

  • Page 187: Frequency Bands

    Index Guiding collar, 83 Damage, 62 Example of use, 84 DC motor, 35 Guiding collars, 17, 21, 80, 151 Deploy the transponder, 30 Deployment, 27, 30 Depth measurement, 6 Hazards identification, 138 Depth sensor, 73 Hhigh pressure hose, 33 Differential inclination measurement, 6 HiPAP, 1, 31, 53 DIL switches, 54 HiPAP channels, 53, 55...

  • Page 188: Transducer Head

    SPT and MPT x3x series Battery, 41 Interconnections, 79 Battery connector and mounting screws, 51 Internal switches, 53 Battery lifetime at operation, 44, 46, 48 Battery lifetime at quiescent state, 45 Connecting and mounting the battery, 50 Connecting the battery, 49 Example of external connector with pigtail, LBL, 1, 80 LBL positioning, 6...
  • Page 189 Index Mounting the transponder battery, 40 MPT 339/DTRspSx 110 Vac, 44 MPT 339/DTRspSx 110 Vac transponder, 118 MPT, 1, 9 Technical data, 118 MPT 139, 8 MPT 339/St basic transponder, 114 MPT 139 basic transponder, Technical data, MPT 139 series, 44 MPT 339 series, 44 N/A, 1 MPT 139 Stainless steel, 151...
  • Page 190 SPT and MPT x3x series Preventive maintenance, 62 Responder function, 6, 27, 33 Pulse position coding, 58 Responder trigger connector, 64 Revolution, 35 Rotary switches, 54 ROV, 1, 80 Range measuring, 6 Rx, 76 Receive sensibility, 14, 15 Rx amplifier board, 74 Receiver board, 76 Rx frequencies, 57 Receiver board (Rx), 74...
  • Page 191 Index SPT 331/I --- St transponder, 95 Model/II, 17, 20 Model/R, 17, 19 SPT 331/II separate inclinometer unit, Model/RspSx 110 Vac, 17, 19 Technical data, 99 Model/SU, 17, 20 SPT 331/II transponder, Technical data, 97 Mounting brackets, 17, 21 SPT 331/II --- St separate inclinometer unit, 99 Telemetry frequencies, 57 SPT 331/II --- St transponder, 97 Telemetry link, 55...
  • Page 192 SPT and MPT x3x series Wires, 64 160780 / L...
  • Page 193 Index 160780 / L...

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