empower the world with...

www.astoenergy.com A COMPANY

1

Empower the World with Photovoltaics

Solutions for photovoltaic power supply - for professional and for housing applications.

Schematic Diagram of the Smart Off-Grid Systems (for applications without power network connection)

Solar Module

SIN

GLE

PA

NEL

Battery

Controller Inverter AC Loads

DC Loads

www.klinkmann.com

Solar Module

Solar ModuleString Box Controller

Battery

Inverter AC Loads

DC Loads

SurgeProtector

SurgeProtector

Solar Module

Solar Module

MU

LTI P

AN

EL (S

TRIN

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Click!Connected

solarStringBox

Standard StringBox.The following list contains the standard models that are kept in stock. To meet the various requirements of Clients and their applications, thanks to the well-known CMS option (Custom Made Solution) for pre-wired terminal blocks, Cabur creates special solutions that the Client can personalise by following the indications given in the table below.Please contact our Sales Offices to agree upon delivery times and costs.

Example of a panel used for 4 strings, complete with a fuse holder, blocking diodes, surge protectors and a disconnecting switch.

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SERIAL NUMBER CODE NO. OF STRINGS BLOCKING DIODE DISCONNECTING SWITCH SURGE PROTECTOR

ISB01FXCA05 ISB01FXCA05 1 32A to 750Vdc 500Vdc ISB01FXCA06 ISB01FXCA06 1 32A to 750Vdc 600Vdc ISB01FXCA08 ISB01FXCA08 1 32A to 750Vdc 800Vdc ISB01FXCA10 ISB01FXCA10 1 32A to 750Vdc 1000Vdc ISB02FDCA05 ISB02FDCA05 2 • 32Ato750Vdc 500Vdc ISB02FXCA05 ISB02FXCA05 2 32A to 750Vdc 500Vdc ISB02FDCA06 ISB02FDCA06 2 • 32Ato750Vdc 600Vdc ISB02FXCA06 ISB02FXCA06 2 32A to 750Vdc 600Vdc ISB02FDCA08 ISB02FDCA08 2 • 32Ato750Vdc 800Vdc ISB02FXCA08 ISB02FXCA08 2 32A to 750Vdc 800Vdc ISB02FDCA10 ISB02FDCA10 2 • 32Ato750Vdc 1000Vdc ISB02FXCA10 ISB02FXCA10 2 32A to 750Vdc 1000Vdc ISB03FDCA05 ISB03FDCA05 3 • 32Ato750Vdc 500Vdc ISB03FXCA05 ISB03FXCA05 3 32A to 750Vdc 500Vdc ISB03FDCA06 ISB03FDCA06 3 • 32Ato750Vdc 600Vdc ISB03FXCA06 ISB03FXCA06 3 32A to 750Vdc 600Vdc ISB03FDCA08 ISB03FDCA08 3 • 32Ato750Vdc 800Vdc ISB03FXCA08 ISB03FXCA08 3 32A to 750Vdc 800Vdc ISB03FDCA10 ISB03FDCA10 3 • 32Ato750Vdc 1000Vdc ISB03FXCA10 ISB03FXCA10 3 32A to 750Vdc 1000Vdc ISB04FDCA05 ISB04FDCA05 4 • 32Ato750Vdc 500Vdc ISB04FXCA05 ISB04FXCA05 4 32A to 750Vdc 500Vdc ISB04FDCA06 ISB04FDCA06 4 • 32Ato750Vdc 600Vdc ISB04FXCA06 ISB04FXCA06 4 32A to 750Vdc 600Vdc ISB04FDCA08 ISB04FDCA08 4 • 32Ato750Vdc 800Vdc ISB04FXCA08 ISB04FXCA08 4 32A to 750Vdc 800Vdc ISB04FDCA10 ISB04FDCA10 4 • 32Ato750Vdc 1000Vdc ISB04FXCA10 ISB04FXCA10 4 32A to 750Vdc 1000Vdc ISB06FDCB05 ISB06FDCB05 6 • 63Ato750Vdc 500Vdc ISB06FXCB05 ISB06FXCB05 6 63A to 750Vdc 500Vdc ISB06FDCB06 ISB06FDCB06 6 • 63Ato750Vdc 600Vdc ISB06FXCB06 ISB06FXCB06 6 63A to 750Vdc 600Vdc ISB06FDCB08 ISB06FDCB08 6 • 63Ato750Vdc 800Vdc ISB06FXCB08 ISB06FXCB08 6 63A to 750Vdc 800Vdc ISB06FDCB10 ISB06FDCB10 6 • 63Ato750Vdc 1000Vdc ISB06FXCB10 ISB06FXCB10 6 63A to 750Vdc 1000Vdc ISB08FDCB05 ISB08FDCB05 8 • 63Ato750Vdc 500Vdc ISB08FXCB05 ISB08FXCB05 8 63A to 750Vdc 500Vdc ISB08FDCB06 ISB08FDCB06 8 • 63Ato750Vdc 600Vdc ISB08FXCB06 ISB08FXCB06 8 63A to 750Vdc 600Vdc ISB08FDCB08 ISB08FDCB08 8 • 63Ato750Vdc 800Vdc ISB08FXCB08 ISB08FXCB08 8 63A to 750Vdc 800Vdc ISB08FDCB10 ISB08FDCB10 8 • 63Ato750Vdc 1000Vdc ISB08FXCB10 ISB08FXCB10 8 63A to 750Vdc 1000Vdc

All the above QDC's are made with Cabur Solar Line 4 panel connectors – Code IS14110 and IS24111 – and a positive (+) fuse holder.Customised solutions can be requested.

www.astoenergy.com A COMPANY

2

SPECIFICATIONS

SINGLE PANEL

Solar power Battery Controllers Inverter Cable

85W □ 12V-80AH

12V 10A 12V, 200W

125W □ 12V-120AH

MULTIPANEL

(STRING)

Solar power Battery Controllers Inverter Cable

250W □ 4*12V-80AH 24V 10A 24V, 300W

370W □ 4*12V-120AH 24V 20A 24V, 500W

10m □20m □30m □

10m □20m □30m □

Compared to other power solutions the Smart Off-Grid Systems are:

•Environmentallyfriendly •Lightweightandportable •Universalconnector •Simpletouse •Costeffective

Solar panels are best suited to:

•Installationsweregridelectricityisnotavailable •Targetswereelectricitycomsumptionismoderate •Targetswereelectricityconsumptionvaries •Measuringdevices •Controlling •Summercottages •Lighting •Powersourcefortelevisionandradio •Etc.

A COMPANY

CHSM 5409M

Solar Panel

1 Glass2 EVA3 Cell Array4 EVA5 Backsheet1 2 3 4 5

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Steca Elektronik GmbH | 87700 Memmingen | Germany | Fon +49 (0) 8331 8558-0 | Fax +49 (0) 8331 8558-132 | www.steca.com

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4x ø5

Steca PR Night PR 0606N, PR 1010N

The Steca PR Night is designed for operating automatic night light systems and is suitable for solar systems of up to 300 Wp module output.

This controller is thus especially suitable for streetlights, bus stops, advertising lighting and other similar applications. The charge controller determines the actual solar time via the so-lar module. This integrated clock can be used to define how long after sunset, or before sunrise, the light is to be switched on or off.

Product featuresHybrid controller

State of charge determination with Steca AtonIC (SOC)

Automatic detection of voltage

PWM control

Multistage charging technology

Load disconnection depending on SOC

Automatic load reconnection

Temperature compensation

Common positive grounding or negative grounding on one terminal

Night light function

Integrated self test

Monthly maintenance charge

Electronic protection functionsOvercharge protection

Deep discharge protection

Reverse polarity protection of load, module and battery

Automatic electronic fuse

Short circuit protection of load and module

Overvoltage protection at module input

Open circuit protection without battery

Reverse current protection at night

Overtemperature and overload protection

Battery overvoltage shutdown

DisplaysMulti-coloured LED

3 multi-coloured LEDs show operating states

for operation, state of charge, fault messages

OperationProgramming by buttons

Manual load switch

Certificates Approved by the World Bank for Laos

Compliant with European Standards (CE)

RoHS compliant

Made in Germany

Developed in Germany

Manufactured according to ISO 9001 and ISO 14001

—

[a reas of appl i cat ion]

240 W

[6 A . . . 10 A]

MAD

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44

187

95

177

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4x ø5

Steca PR PR 1010, PR 1515, PR 2020, PR 3030

The Steca PR 10-30 series of charge controllers is the high-light in the range.

The latest charging technologies, combined with a Steca-AtonIC state of charge determination which has been signi-ficantly improved once again, result in optimal battery main-tenance and control of the module output of up to 900 Wp which can be connected to it. A large display informs the user about all operating modes with the aid of symbols. The state of charge is represented visually in the form of a tank display. Data such as voltage, current and state of charge can also be displayed digitally as figures on the display. In addi-tion, the controller has an energy meter which can be reset by the user.

Product featuresHybrid controller

State of charge determination with Steca AtonIC (SOC)

Automatic detection of voltage

PWM control

Multistage charging technology

Load disconnection depending on SOC

Automatic load reconnection


Common positive grounding or negative grounding on one terminal

Integrated data logger

Night light function

Integrated self test

Monthly maintenance charge


Deep discharge protection

Reverse polarity protection of load, module and battery


Short circuit protection of load and module






DisplaysGraphical LCD display

for operating parameters, fault messages, self test

OperationSimple menu-driven operation

Programming by buttons

Manual load switch

OptionsPrepayment interface

External temperature sensor

Alarm contact

—

Certificates Approved by the World Bank for Nepal

Compliant with European Standards (CE)

RoHS compliant

Made in Germany




720 W

[10 A . . . 30 A]

PR 1010 PR 1515 PR 2020 PR 3030

Characterisation of the operating performance

System voltage 12 V (24 V)

Own consumption 12 mA

DC input side

Open circuit voltage solar module < 47 V

Module current 10 A 15 A 20 A 30 A

DC output side

Load current 10 A 15 A 20 A 30 A

End of charge voltage liquid 13.9 V (27.8 V); gel 14.1 V (28.2 V)

Boost charge voltage 14.4 V (28.8 V)

Equalisation charge 14.7 V (29.4 V)

Reconnection voltage (SOC / LVR) > 50 % / 12.6 V (25.2 V)

Deep discharge protection (SOC / LVD)

< 30 % / 11.1 V (22.2 V)

Operating conditions

Ambient temperature -10 °C … +50 °C

Fitting and construction

Terminal (fine / single wire) 16 mm2 / 25 mm2 - AWG 6 / 4

Degree of protection IP 32

Dimensions (X x Y x Z) 187 x 95 x 44 mm

Weight 350 gTechnical data at 25 °C / 77 °F

PR 0606N PR 1010N


System voltage 12 V (24 V)

Own consumption 6 mA

DC input side

Open circuit voltage solar module < 47 V

Module current 6 A 10 A

DC output side

Load current 6 A 10 A

End of charge voltage 13.7 V (27.4 V)

Boost charge voltage 14.4 V (28.8 V)

Equalisation charge 14.7 V or 15 V (29.4 V)

Reconnection voltage (SOC / LVR) > 50 % / 12.6 V (25.2 V)

Deep discharge protection (SOC / LVD) < 30 % / 11.1 V (22.2 V)







Weight 120 g

Night-light function 19 h ... 3 h

Morning-light function 23 h ... 7 hTechnical data at 25 °C / 77 °F

Controller

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Steca Elektronik GmbH | 87700 Memmingen | Germany | Fon +49 (0) 8331 8558-0 | Fax +49 (0) 8331 8558-132 | www.steca.com

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395

130

212

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4x ø5

Steca Solarix PI550, 550-L60, 1100, 1100-L60

In developing the Solarix PI sine wave inverter, Steca has brought about some innovations which are unprecedented in this form. These are, above all, parallel connection, the novel operating concept which uses a single rotary switch, direct communication in order to calculate the state of charge (SOC) with Steca Tarom and Steca Power Tarom, and the electronic fuse. Furthermore, our many years of experience have come into play for deploying these inverters specifically in photo-voltaic systems. This comes through, for instance, in the way that a most diverse range of appliances is provided with a low operating consumption and a stable energy supply.

Product features True sine wave voltage

Can be connected to the Steca Tarom with a Steca PAx4 parallel switch box

Excellent overload capabilities

Optimal battery protection

Automatic load detection

Parallel connectable

Best reliability

Protective insulation according to protection class II

Control by digital signal processor (DSP)

Electronic protection functionsDeep discharge protection



Short circuit protection

Reverse polarity protection


DisplaysMulti-coloured LED shows operating states

OperationMain switch

Adjustable load detection

CertificatesCompliant with European Standards (CE)

Made in Germany




[550 W . . . 1.100 W]

227

365

75

350

160

19

7,5

4x ø10

PL 2085Solar Charge Station8 x 12V/5A

1 2 43 5 76 8

63

chargechargestop stop

1

2

8

7

4 5

Steca PL 2085Solar charging point

The Steca PL 2085 solar charging point is a highly intelligent maximum power point tracker which is able to charge eight batteries with different states of charge at the same time.

On the input side, the Steca PL 2085 is fed by a 24 V module array of up to 800 Wp. Every charge channel operates fully in-dependently; it is also possible to connect different batteries with various states of charge. The battery which is connected first is also the first to be charged. The display can show the system data for each individual battery. There is a maximum of 5 A available per charging channel, and a maximum of four channels can be connected in parallel at once, so that two batteries with 20 A each can also be charged. Thanks to the reverse polarity protection, electronic fuse and automatic detection of a faulty battery, the device is maintenance-free and user-friendly.

Product featuresMaximum Power Point Tracker (MPP tracker)

Charger for 8 batteries

Up to 4 channels can be connected in parallel

Special maintenance charge

Integrated energy meter for every channel



Reverse polarity protection


Short circuit protection





DisplaysEvery single battery station

Text LCD display

for voltage, current, charged capacity, state of chargefor operating parameters, fault messages, self test

OperationBattery selection and charge stop via rotary switch

Certificates Compliant with European Standards (CE)

Made in Germany



—

—


1000 W

[5 A]

550 550-L60 1100 1100-L60


System voltage 12 V 24 V

Continuous power 500 VA 1,000 VA

Power 30 min. 550 VA 1,110 VA

Power 5 sec. 1,500 VA 3,000 VA

Power asymmetric 350 VA 500 VA

Max. efficiency 93 % 94 %

Own consumption standby / ON

0.5 W / 6 W 0.7 W / 10 W

DC input side

Battery voltage 10.5 V … 16 V 21 V … 32 V

Reconnection voltage (LVR) 12.5 V 25 V

Deep discharge protection (LVD) current driven or by Tarom

AC output side

Output voltage 230 V AC +/-10 %

115 V AC +/-10 %

230 V AC +/-10 %

115 V AC +/-10 %

Output frequency 50 Hz 60 Hz 50 Hz 60 Hz

Load detection (standby) adjustable: 2 W ... 50 W

Safety

Safety class II (double insulated)

Electrical protection reverse polarity battery, reverse polarity AC, over voltage, over current, over temperature




Cable length battery / AC 1.5 m / 1.5 m

Cable cross-section battery / AC 16 mm2 / 1.5 mm2



Weight 6.6 kg 9 kgTechnical data at 25 °C / 77 °F

PL 2085


System voltage 12 V

DC input side

Recommended module output for 24 V system

200 Wp … 1,000 Wp

DC output side

End of charge voltage 13.8 V

Boost charge voltage 14.7 V

Number of charging points 8

Permitted current per connection 5 A







Weight 2 kgTechnical data at 25 °C / 77 °F

Inverter

9

Cables

Battery

General Description: Unipolar wire with a flexible conductor made of Class 5 tinned copper.

First insulation - special HEPR G7 quality.

Second insulation - M2 Halogen-Free Elastomer Compound.

Specific for Photovoltaic systems that have a rated voltage equivalent to U o/U600/1000V in alternating current and no more than 1500V in direct current. It is flame retardant, halogen-free and designed for a minimum useful life of 25 years. Resistant to UV rays, water, the ozone, salt and atmospheric fluid in general.

Standard colours are Black and Red.

Flexible conductor made of Class 5 tinned copper

1st insulation: Special HEPR G7 quality.

2nd insulation: M2 Halogen-Free Elastomer Compound

CODE SERIAL NUMBER DESCRIPTION WEIGHT Kg/Km

Click!Connected

Technical features: Continuous operating temperature: -40° +90 ℃

Maximum operating temperature: + 120 ˚C

Minimum operating temperature: -40 ˚C

Peak temperature: 250 ℃

Durability: 25 years*

Test voltage: 5 Kv

Minimum bend radius: 6 times the outer diameter.

Tensile strength: 50 N/mm²

Standard colours: Black, Red.

* Provided that the temperature of the metal core never exceeds 90 °C.

solarwires

Various lengths can be bought, even different from those listed

ISCS04400 KXCSOL4N400 4 mm2 Black Wire. 400 mt bobbin. 62

ISCS04401 KXCSOL4R400 4 mm2 Red Wire. 400 mt bobbin. 62





ISCS04100 KXCSOL4N100 4 mm2 Black Wire. 100 mt coil. 62


ISCS04101 KXCSOL4R100 4 mm2 Red Wire. 100 mt coil. 62


Wire is available in black or red up to a cross-section of 240 mm2.For further details please contact Cabur srl

Approval: IMQ

TÜV pending










Click!Connected






Test voltage: 5 Kv





solarwires













Approval: IMQ

TÜV pending










Click!Connected






Test voltage: 5 Kv





solarwires













Approval: IMQ

TÜV pending

General Description:Unipolar wire with a flexible conductor made ofClass 5 tinned copper.First insulation - special HEPR G7 quality.Second insulation - M2 Halogen-Free Elastomer Compound.Specific for Photovoltaic systems that have a rated voltageequivalenttoUo/U600/1000Vinalternatingcurrent and no more than 1500V in direct current. Itisflameretardant,halogen-freeanddesignedforaminimumuseful lifeof25years.ResistanttoUVrays,water,theozone,saltandatmosphericfluidingeneral.Standard colours are Black and Red.

Technical features:Continuous operating temperature: -40° +90Maximum operating temperature: + 120 ˚CMinimum operating temperature: -40 ˚CPeak temperature: 250Durability: 25 years*Testvoltage:5KvMinimum bend radius: 6 times the outer diameter.Tensilestrength:50N/mm²Standard colours: Black, Red.

Approval:IMQTÜVpending* Provided that the temperature of the metal core never exceeds 90 °C.

Exide 61500 D115 Ah/20hLow Antimony (Sb) Vented/Flooded WET-chargedTerminals EN taper postDimensions: Lx Wx H 349 175 235Weight: 29,6 kg

10

String Box

Surge Protectors

Click!Connected

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Standard StringBox.Thefollowinglistcontainsthestandardmodelsthatarekeptinstock.TomeetthevariousrequirementsofClientsandtheirapplications,thankstothewell-knownCMSoption(CustomMadeSolution)forpre-wired terminal blocks, Cabur creates special solutions that the Client can personalise by following the indications given in the table below.Please contact our Sales Offices to agree upon delivery times and costs.

Direct current surge protectorsOur surge protectors are suitable for protecting the photovoltaic installation from surges deriving from atmospheric discharge (lightning), protecting the continuous field upstream on the inverter as well as the alternate field downstream on the inverter.

Below are four models that have 4 trip voltages from 500 - 600 - 800 - 1000 V for the photovoltaic field, and models with a voltage of 230 and 400 Vac for the alternate field.Theparticularfeaturesofeverymodelareshown in the table below.

Click!Connected

Our surge protectors are suitable for protecting the photovoltaic installation from surges deriving from atmospheric discharge (lightning), protecting the continuous field upstream on the inverter as well as the alternate field downstream on the inverter.Below are four models that have 4 trip voltages from 500 - 600 - 800 - 1000 V for the photovoltaic field, and models with a voltage of 230 and 400 Vac for the alternate field.The particular features of every model are shown in the table below.

solarSPD

GENERAL FEATURES ISPD14555 ISPD14556 ISPD14557 ISPD14558 Basic Code plus extractable cartridge

Class 2 2 2 2

Ground System – – – –

Technology MOV MOV MOV MOV

Maximum continuous voltage Uc = 500 Vdc Uc = 600 Vdc Uc = 800 Vdc Uc = 1000 Vdc

Level of protection Up = 1,800 Vdc Up = 2,000 Vdc Up = 2,500 Vdc Up = 3,000 Vdc

Nominal impulse discharge current 8/20 In = 20,000 A In = 20,000 A In = 20,000 A In = 20,000 A

Maximum discharge current 8/20 Imax = 40,000 A Imax = 40,000 A Imax = 40,000 A Imax = 40,000 A

Connection cable cross-sections 4 mm² < Ø < 25 mm² 4 mm² < Ø < 25 mm² 4 mm² < Ø < 25 mm² 4 mm² < Ø < 25 mm²

Intervention time ta < 25 nS ta < 25 nS ta < 25 nS ta < 25 nS

Operating temperature -40 °C < T < 80 °C -40 °C < T < 80 °C -40 °C < T < 80 °C -40 °C < T < 80 °C

Fault indication Mechanical green/red Mechanical green/red Mechanical green/red Mechanical green/red

Possibility of remote control YES YES YES YES

Mounting On a TH35 rail guide On a TH35 rail guide On a TH35 rail guide On a TH35 rail guide

Casing material Fireproof UL94V0 Fireproof UL94V0 Fireproof UL94V0 Fireproof UL94V0

Degree of protection IP20 IP20 IP20 IP20

Colour Yellow Yellow Yellow Yellow

Dimensions (Width-Height-Depth) – – – –

Pieces in each package 1 1 1 1

Direct current surge protectors

Surge Protectors

Click!Connected

Our surge protectors are suitable for protecting the photovoltaic installation from surges deriving from atmospheric discharge (lightning), protecting the continuous field upstream on the inverter as well as the alternate field downstream on the inverter.Below are four models that have 4 trip voltages from 500 - 600 - 800 - 1000 V for the photovoltaic field, and models with a voltage of 230 and 400 Vac for the alternate field.The particular features of every model are shown in the table below.

solarSPD

GENERAL FEATURES ISPD14555 ISPD14556 ISPD14557 ISPD14558 Basic Code plus extractable cartridge

Class 2 2 2 2

Ground System – – – –

Technology MOV MOV MOV MOV

Maximum continuous voltage Uc = 500 Vdc Uc = 600 Vdc Uc = 800 Vdc Uc = 1000 Vdc

Level of protection Up = 1,800 Vdc Up = 2,000 Vdc Up = 2,500 Vdc Up = 3,000 Vdc

Nominal impulse discharge current 8/20 In = 20,000 A In = 20,000 A In = 20,000 A In = 20,000 A

Maximum discharge current 8/20 Imax = 40,000 A Imax = 40,000 A Imax = 40,000 A Imax = 40,000 A

Connection cable cross-sections 4 mm² < Ø < 25 mm² 4 mm² < Ø < 25 mm² 4 mm² < Ø < 25 mm² 4 mm² < Ø < 25 mm²

Intervention time ta < 25 nS ta < 25 nS ta < 25 nS ta < 25 nS

Operating temperature -40 °C < T < 80 °C -40 °C < T < 80 °C -40 °C < T < 80 °C -40 °C < T < 80 °C

Fault indication Mechanical green/red Mechanical green/red Mechanical green/red Mechanical green/red

Possibility of remote control YES YES YES YES

Mounting On a TH35 rail guide On a TH35 rail guide On a TH35 rail guide On a TH35 rail guide

Casing material Fireproof UL94V0 Fireproof UL94V0 Fireproof UL94V0 Fireproof UL94V0

Degree of protection IP20 IP20 IP20 IP20

Colour Yellow Yellow Yellow Yellow

Dimensions (Width-Height-Depth) – – – –

Pieces in each package 1 1 1 1

Direct current surge protectors

Surge Protectors

11

Connectors

Technical Data: Pin size: Ø 4 mm

Cable cross-section: ranging from 1.5 mm² to 6.0 mm²

Maximum voltage: 1000 V DC

Maximum current: 30 A at 70 °C - 25 A at 85 °C

Maximum TÜV current: 25 A

Contact resistance: < 5m Ohm

Materials:Contact material: Cu

Covering: Tinned

Insulation: PPO

Environmental conditions:Degree of protection: IP67 (IEC 60529)

Temperature range: -40 °C +90 °C

Flammability class: UL94-V0

solarline 4

Ø hole12 mm

Ø hole12 mm

MaleFemaleMale Female

TÜV pending

To place an order: add 'PR' to the actual code (pin roll)

E.g.: IS14110PR = a roll of 1000 male contacts complete with 1000 male plastic parts for panels/inverters

E.g.: IS14240PR = a roll of 1000 male contacts complete with 1000 male plastic parts for mobile connectors

Connectors with rolls of contacts come in packs of 1,000 pieces.

TÜV certified

Suitable for a Cabur on Cabur connection

Male Female Male Female

LINE 4 panel/inverter connector

LINE 4 mobile connector

IS14240 KXMC4M1560 Male mobile connector 100 for contacts ranging from 2.5 mm² to 6 mm²

IS24241 KXMC4F1560 Female mobile connector 100 for contacts ranging from 2.5 mm² to 6 mm²

IS14239 KYMC04M1525 Male mobile connectors 100 for contacts with a cross-section ranging from 1.5 mm ² to 2.5 mm²

IS24240 KYMC04F1525 Female mobile connector 100 for contacts with a cross-section ranging from 1.5 mm² to 2.5 mm²

CODE SERIAL NUMBER DESCRIPTION Q. per PACK

IS14110 KXMC04MPAN Male panel/inverter connector 100 for contacts ranging from 2.5 mm² to 6 mm²

IS24111 KXF04AN1560 Female panel/inverter connector 100 for contacts ranging from 2.5 mm² to 6 mm²

IS14109 KYMC04MPAN Male panel/inverter connectors 100 for contacts with a cross-section ranging from 1.5 mm ² to 2.5 mm²

IS24110 KYMC04FPAN Female panel/inverter connectors 100 for contacts with a cross-section ranging from 1.5 mm ² to 2.5 mm²


12

Technical Data: Pin size: Ø 4 mm

Cable cross-section: ranging from 1.5 mm² to 6.0 mm²

Maximum voltage: 1000 V DC

Maximum current: 30 A at 70 °C - 25 A at 85 °C

Contact resistance: < 5m Ohm

Materials:Contact material: Cu

Covering: Tinned

Insulation: PPO

Environmental conditions:Degree of protection: IP67 (IEC 60529)

Temperature range: -40 °C +90 °C

Flammability class: UL94-V0

TÜV pending

Also called Y-shaped junctions. These have one inlet and two outlets that are mainly used to con-nect the entire string of photovoltaic panels to a single collection line that conveys all the current to the inverter.

LINE 4 Connector cap

IS41410 KXMC04YMFF Male/female-female Y-shaped connector 30 for contacts with a cross-section ranging from 1.5 mm² to 6 mm²

IS42420 KXMC04YFMM Female/male-male Y-shaped connector 30 for contacts with a cross-section ranging from 1.5 mm² to 6 mm²


IS51400 KXCSLTAF Female connector cap 50

IS52400 KXCSLTAM Male connector cap 50


solarline 4

LINE 4 Y-shaped connector

Pyatigorsktel. +7 879 331 [email protected]

Yekaterinburgtel. +7 343 376 [email protected]

St. Petersburgtel. +7 812 327 [email protected]

Moscowtel. +7 495 641 [email protected]

Кievtel. +38 044 495 [email protected]

Helsinkitel. +358 9 540 [email protected]

Vilniustel. +370 5 215 [email protected]

Rigatel. +371 6738 [email protected]

Мinsktel. +375 17 200 [email protected]

Tallinntel. +372 668 [email protected]

Samaratel. +7 846 342 [email protected]

www.klinkmann.com

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