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優價銷售:

ReSatron GmbH    RSM 58-13+12-G-3-W1-KS    編碼器
ReSatron GmbH    RSM 58-13+12-G-3-W1-SS    編碼器
ReSatron GmbH    RSM 58-13+12-G-3-W1-KS    編碼器
ReSatron GmbH    RSH 58 M-13+12-G-3-2-SS    編碼器
Tiefenbach GmbH    M10    附件
Tiefenbach GmbH    WK008K234    磁性傳感器
FAG    typ 840713326    軟管
FAG    typ 841265232    表
FAG    typ 841200122    泵
FAG    typ 8405313    油嘴
FAG    typ 149376250    表
FAG    typ 841489903    閥門
FAG    typ 841423008    空心柱塞
FAG    typ 840531270    連接器
Gerhard Schwalb GmbH    BS/GSPK200    滾輪
Gerhard Schwalb GmbH    BS/GSPK200    滾輪
Helios    1090006,2000W,2900mm    加熱器
Helios    1090006,3000W,4500mm    加熱器
Emmegi    2030K Nr253000001    加熱器
Mahle    PI 50010-047    濾芯
FINDER GmbH    60.13.9.024.0070 (24VDC)    繼電器
Honsberg    HD1KV-025GM040-94    開關
Honsberg    HD1KV-020GM025-93    開關
Honsberg    VM-050GR250    開關
SCHMERSAL    TV10S 335-11z    行程開關
FSG    WD-1025-147    編碼器
VEM    K21R 90L2 KVS+VSS(0750357036804H)    電機
Murrelektronik GmbH    7000-08381-0000000    接頭電纜
Murrelektronik GmbH    7000-12641- 0000000    接頭電纜
Phoenix    NR.1885211 VC-EMV3-S2266 NZ    總線模塊
Phoenix    NR.1543045 SACC-FS-5CON-PG 9-M SCO    附件
ACE    GZ-28-100-AA-350-VA    氮氣彈簧
ACE    MA10    氮氣彈簧附件
berg    Typ BZ40i    電能千乏計
IMPAC Infrared GmbH    IMPAC IN300 Artikel-Nr.3856330 2-Leiter-Pyrometer 4...20 mA    紅外測溫儀
IMPAC Infrared GmbH    IMPAC IN300 Artikel-Nr.3856330 2-Leiter-Pyrometer 4...20 mA    紅外測溫儀
IMPAC Infrared GmbH    IMPAC IN300 Artikel-Nr.3856330 2-Leiter-Pyrometer 4...20 mA    紅外測溫儀
IMPAC Infrared GmbH    IMPAC IN300 Artikel-Nr.3856330 2-Leiter-Pyrometer 4...20 mA    紅外測溫儀
IMPAC Infrared GmbH    IMPAC IN300 Artikel-Nr.3856330 2-Leiter-Pyrometer 4...20 mA    紅外測溫儀
Ritz    KS 60-03,100/5 A 5VA    插入式電流互感器

Ritz    KS60-03/250/5/5VA    互感器
Ritz    KS60-03/250/5/5VA    互感器
Ritz    ESMU-AH-B72    電流變送器
Ritz    KS60-03/400/5/5VA    互感器
Ritz    KS60-03/200/5/5VA    互感器
Ritz    KS 79-05 Massbild MB3.5589    互感器
Ritz    HP200-320.1/5/S Auftr.Nr. 2000889.03    泵
Ritz    GSWS12 1000/5/5/5A 5P10/5P10/0.5FS5 15/15/10VA    變壓器
Ritz    GSWS12 1000/5/5/5A 5P10/5P10/0.5FS5 15/15/10VA    變壓器
Ritz    KS 60-03,100/5 A 5VA    插入式電流互感器
Ritz    T2KVOA005RI;KSO213;50 Hz    互感器
Ritz    TYP: VZS17.5-01    互感器
Ritz    4011547    電機
Ritz    4016433（2028394）    密封包
Ritz    4016433（2028393）    密封包
Ritz    Norma 40-125.2/E+4/2 2028395    泵
Ritz    4009231（2028393）    端面密封
Ritz    0395391（2028394）    端面密封
Ritz    0433 Nr：4006933    密封圈
Ritz    KSZ 100    電壓互感器
Ritz    ZKSW 100    電流互感器
Ritz    Type: VZS 12-02 S/N 11/10785131    風機
Ritz    Type: VZS 12-02 S/N 11/10784413    風機
Ritz    Type: ASS12-11 S/N 11/10784407    風機

Electronics

Electronic Instrument Transformers and Sensors

We offer

• Professional and innovative solutions for your measuring tasks.
• 30 years of Experience in the application of
  electronics in power engineering.
• Time tested, high quality insulation
  technology granting high measuring accuracy.
• Unconventional technologies for high reliability even in surroundings with strong interferences.
• Products of a certified Company (DIN/EN/ISO 9001).

Cast Resin Parts Duromer

DUROMERS sphere of activity is the application of casting resins in the electrical industry for the production of casting resin isolations.

The company develops and formulates casting resin molding materials for electrical applications in the low and medium voltage range and for electronics. We sketch and produce casting resin-isolated devices and shaped parts for application in electrical energy engineering. In the engineering range we advise you with the material and procedure selection as well as with customized constructions.

Our enterprise specialized in the use of casting resins in the electrical industry. The main production departments of DUROMER are manufacturing of casting resin masses and their processing to isolators as well as the production of solid-isolated electrical devices.
We give advice on designing casting resin parts, the construction of electrical isolators and the tools necessary for production. Producer-independently we recommend the casting resins suitable for your products and its optimal processing techniques. Also we grant our knowledge for choosing the right machines.
We use our specialized knowledge for the development of casting resin shaped parts.
Also we accomplish development examinations to isolating abilities, freedom from partial discharges and the fulfilment of climatic demands.

The special prescription of the casting resins is the key to a quality product.

We evaluate the pro and cons of the different casting resin systems. The different components are mixed depending upon requirements. Both prescriptions are arranged for PU resin and epoxy resin systems. As well the ready-made casting resin masses are supplied.

DUROMER manufactures mainly on basis of PU and acts as system house partner the Bavarian material Science AG.
A general overview of the casting resin systems on PU basis, produced by DUROMER, is available here for download. For further information please contact us by Mail or ephone.

 Product Overview

What are Duromere?

The group of the thermosetting polymers, often also called Duromere, contains plastics, which solidify by chemical reaction. They react usually with a polyaddition and interlace to a spatially close lattice from macromolecules, which lends its high mechanical firmness to the thermosetting polymer. This hardening by means of structural change of the molecule is not reversible.Thermosetting polymers do not know a softening range, the material keeps also at high temperatures its firmness and has a high thermostability. Thermosetting polymers are characterised by its hardness and rigidity. The small coefficient of expansion brings a high measure stability. Also the behaviour in case of fire of thermosetting polymers is favourable.
References
Our casting resins apply within all ranges of electro-technology, particularly in the energy, high and medium voltage technology, the light and cable measuring technique as well as in the sensor and x-ray-technology.  We cooperate with companies like:

• SEBA Hagenuk KMT
• Siemens
• Philipps
• Elektrobau Oschatz
• Electroshield Samara

Equipment, Technical equipment

• Vacuum capping plants
• Pressure gelling technology
• Dissolver technology
• Closing units
• Mixing and dosing technology

Epoxy cast resin Power Transformers

RITZ produces transformers in Glass Fibre reinforced Vacuum Technology (GVT) for ratings up to 25 MVA and 40,5 kV voltage class for various applications as follows.

• Power Distribution
• Rectifier Drives
• Generator Excitation
• Transmitter Systems
• Earthing Systems
• Traction Supply Systems
• Oil Platforms/Vessels
• Injection Systems
• Laboratory Systems

All transformers can be supplied inside enclosures up to protection class IP54.

RITZ offers a customized service by providing:

• Transformer installation
• Disposal of existing oil and PCB transformers
• Start-up

Glass Fibre reinforced Vacuum Technology (GVT) is used for High Voltage coils and optionally for Low Voltage coils in order to guarantee the highest possible quality and reliability to avoid cracks or voids during manufacturing and service.

The main design features are:

• Protection against electricity surges
• Free of partial discharge
• Protection against short circuiting
• High mechanical strength
• Cooling channels in HV and LV coils
• Pre-galvanised steel frame

RITZ transformers are designed according to the required international standards such as DIN/VDE or IEC. Furthermore, they fulfil all climatic, environmental and fire protection requirements

• Environmental class E2
• Climate class C2
• Fire protection class F1
• Basic surge level, list 2

The environmental protection requirements are taken into account in the design of RITZ Cast Resin Transformers.

High Voltage Coil

The copper winding of the High Voltage (HV) coil is insulated using glass fibre epoxy resin laminate. The HV coil is cast into moulds in a vacuum process with pure epoxy resin. The manufacturing process ensures a cavity free insulating system of the highest quality. The HV coil is free of partial discharge and protected against surges.
Tapping links are brought onto the outside of each coil and are readily adjustable when switched off. The HV coils are flame-resistant and self extinguishing. The HV coil can be designed with air ducts to cool the windings efficiently at a technically suitable coil length. Tapping links are brought out onto the outside face of each coil and are readily adjustable in deenergized state. The HV coils are hardly inflammable and self extinguishing. In case of fire no toxic fumes are produced.

Low Voltage Coil

The Low Voltage Coil (LV) consists of copper conductors formed in a vacuum process with epoxy resin impregnation to temperature class F. As an option, LV coils can be supplied as HV (GVT) design. This is usually undertaken for voltage ratings above 1kV.

Core

The core lamination is made of low loss, cold rolled grain oriented silicon steel. The cross section of the iron has a circular shape. The core is cut stacked using a “Step Lap” formation to keep the idle periods and magnetizing currents as low as possible. The core is compley coated with epoxy resin to protect it against corrosion and is earthed in accordance with the required standards.

Assembly

The coils are mounted on pre-adjusted fibreglass reinforced supports wit excellent thermal expansion and noise-absorbing properties. The complete assembly is mounted on bi-directional rollers which allow movement in both directions. HV terminals and LV bus bars are normally on the opposite sides of the transformer and are mounted at easily accessible positions.

Accessories

Thermistors (PTC) are embedded in each LV coil and connected to terminals mounted on the upper clamp. As an alternative, PT 100 can be provided for the LV coils. An electronic relay with alarm and trip contacts (voltage free) is provided.

Tests

RITZ is certified according to DIN EN ISO 9001:2000 and undertakes testing to all applicable international standards. The complete transformer is subject to all routine testing including partial discharge test (pre-test and complete). Type testing and special tests can be performed on request.

Dry Type Transformers

Production facilities allow manufacturing of custom made dry type transformers and reactors. Flexible winding and core design is available to meet a wide range of transformers for special applications and requirements. Different manufacturing technologies such as Glass fibre reinforced Vacuum Technology (GVT), vacuum impregnation or encapsulation with mineral filled epoxy resin can be used. Application of heat shrinking tapes and protective resin provides the highest mechanical strength and good moisture protection.

Dry type transformers are available for the following applications:

• Injection transformers for ripple control applications
• Reactors for ripple control applications
• High current transformers
• Earthing transformers
• Mitfrequenztransformatoren
• Medium frequency transformers
• Filter and blocking reactors
• Smoothing reactors

Pole Mounted Transformers

RITZ offers a wide range of pole mounted transformers with outdoor weatherproof enclosures especially designed for pole mounting. RITZ pole mounted cast resin transformers are the preferred substitute for the liquid filled transformers particularly in environmentally sensitive areas. The transformers are designed and tested as a complete assembly unit ensuring safe use and protection against electric shock. The transformers have undergone testing in both wet and dry conditions.

Solid insulated busbar system

General Information

Especially for the transmission of higher current and in case of limited space, the solid busbar insulation system is an alternative to parallelconnected cables and metalenclosed busbar connections.

The following inherent benefits speak for the use of fully insulated busbars:

Design

Compact design Low space requirements Small bending radii 3-dimensional geometric shape is possible

Safety Benefits

Capacitive Grading system Capable of withstanding high thermal and dynamic short circuit currents Safe to touch No short-circuits due to full insulation Natural cooling due to effectual conductor design No toxic fumes in case of fire – self extinguishing High operational reliability due to factory routine test

Construction and Installation Work

Easy installation due to standardised installation and fixing parts Minimum project work for the user

Production Length

The length and geometric shape is limited by the size of the equipment, local facilities and the means of transportation.

Multiple Busbar Connections

The length of the individual busbars is limited by the manufacturing process, transportation and installation conditions. For complex installations the busbars have to be connected. The connection is performed with flexible connectors between the busbars to allow thermal expansion and to compensate for tolerances during installation. These joints are fully insulated by connection sleeves, which cover the capacitive grading at the busbar ends.

Busbar Fixing

For installation of the busbar system a flexible mounting system is used. Adjustments can easily be done at site. The busbar fixing clamps include aluminium C-profiles, angles, T-screws and fixing clamps. The fixing elements are adjustable with respect to each other and adjustable in all directions therefore allowing compensation for building tolerances. The fixing clamps include fixed bearings and movable bearings allowing the busbar to move axially within the fixing clamps in case of thermal expansion. In the first instance, the capability of the equipment to withstand a short-circuit must be considered for the busbar fixing. Another criterion is the natural frequency of the busbar. The distance between fixing points must be chosen to avoid resonance with respect to the power frequency of the system and its harmonics. The distance between the fixing points of the busbar is individually calculated for each order.

A respective calculation tool is available which includes

Fixing Clamps

The standard connection between busbars is a standardized flat terminal in accordance with the rated current.

There is a wide range of possibilities for connecting the system with the plant. For optimal connection a customized design can be realised.

Earthing

A separate earthing connection dimensioned in accordance with the required short circuit current generally has to be installed parallel to the busbar system. Every single busbar, connection sleeve and metallic fixation material has to be earthed on this earthing connection. If a busbar or a connecting sleeve is not earthed correctly these elements will be destroyed after a certain amount of time.

• Busbar diameter
• Phase distance
• Mass of the busbar
• Bending strength

• Transformers

  

  ASS 12 | 17,5 | 24 | 36 Support Type Current Transformer

  Block-Type; narrow type DIN 42600, Part 8; available in sizes 1, 2, 3

   Data Sheet

  

  GSW 12/0 3,6 | 7,2 | 12 Support Type Current Transformer

  Block-Type , narrow-type DIN 42600, Part 4

   Data Sheet

  

  ASN 12 | 17,5 | 24 | 36 Support Type Current Transformer

  Block-Type, big-type DIN 42600, Part 5

   Data Sheet

  

  GI 52 | 72,5 Support Type Current Transformer

  DIN 42600, Part 1

   Data Sheet

  Voltage Transformer

  

  VES 12|17,5|24 Voltage Transformer

  Single Pole, narrow type DIN 42600, Part 9

   Data Sheet

  

  GSE 12/0 3,6|7,2|12 Voltage Transformer

  Single Pole, small type DIN 42600, Part 7

   Data Sheet

  

  VEN 12|17,5|24|36|52 Voltage Transformer

  Single Pole, big type/support type DIN 42600, Part 3

   Data Sheet

  

  VZS 12|17,5|24 Voltage Transformer

  Double Pole, narrow type Din 42600, Part 9

   Data Sheet

•  

   

   

   

  

  GSZ 12/0 3,6|7,2|12 Voltage Transformer

  Double Pole, small type DIN 42600, Part 7

   Data Sheet

  

  VZN 12|17,5|24|36 Voltage Transformer

  Double Pole, big type DIN 42600, Part 3

   Data Sheet