Pukapuka Kaiwhakamahi mō te Kaiwhakamātautau Tāutanga Benning IT 115 True RMS

1. Kupu Whakataki

This manual provides essential instructions for the safe and effective operation of the Benning IT 115 True RMS Installation Tester. This multifunction device is designed for testing electrical installations in accordance with international standards such as DIN VDE 0100-600, IEC 60364-6, DIN VDE 0105-100, and EN 50110. Please read this manual thoroughly before using the instrument.

2. Nga korero haumaru

WARNING: Electrical shock hazard. Improper use of this instrument can result in injury or death. Always follow safety precautions.

• Always disconnect all test leads and switch off the instrument before opening the battery/fuse cover.
• Do not open the battery compartment if hazardous voltagkei reira e.
• Ensure the instrument is in good working condition before use. Do not use if damaged.
• Observe all local and national safety regulations for electrical work.
• Only use the provided accessories or approved replacements.
• Kaua e ngana ki te ine voltages or currents exceeding the instrument's specified limits.

3. Hua Neke Atuview

The Benning IT 115 is a robust installation tester featuring a backlit graphic display and intuitive controls. It is designed for comprehensive electrical installation testing.

Whakaahua 3.1: Mua view of the Benning IT 115 Installation Tester, showing the display, rotary switch, and control buttons.

Ko nga waahanga matua ko:

• Whakaaturanga Whakairoiro: Backlit screen for clear readings and connection diagrams.
• Whakawhiti Rotary: Selects measurement functions (e.g., R_ISO, R_LOW, Z_L-N/L, Z_L-PE, FI/RCD, SETTINGS).
• Patene Mana: Navigation, TEST, ON/OFF, HELP, ESC.
• Ngā Hononga Arataki Whakamātautau: Input terminals for test leads.
• Tohu LED: Green/red LEDs provide quick pass/fail indications.

Whakaahua 3.2: Whakamuri view of the Benning IT 115, showing the battery compartment and safety warnings.

4. Tatūnga

4.1. Tāuta Pūhiko me te Whakatau

The Benning IT 115 operates on 6 rechargeable NiMH AA batteries. A charger is included for convenience.

1. Ensure the instrument is switched off and all test leads are disconnected.
2. Open the battery compartment cover on the rear of the device (refer to Figure 3.2).
3. Insert the 6 NiMH AA batteries, observing correct polarity.
4. Katia kia mau te uhi o te wahanga pākahiko.
5. Connect the charger to the instrument's charging port and to a suitable power outlet to charge the batteries. The integrated battery charging function will manage the charging process.

NOTE: Do not use non-rechargeable alkaline batteries with the integrated charging function.

4.2. Connecting Test Leads and Accessories

The device comes with a set of accessories for various measurements.

Figure 4.1: Included accessories: carrying case, test leads, probes, crocodile clips, and rechargeable batteries.

• Connect the test cable with the protective contact plug for standard outlet measurements.
• For other measurements, use the 3-conductor universal cable (1.5 m length) with the provided test probes or crocodile clips as required by the specific test.
• Ensure all connections are secure before performing any tests.

5. Nga Tohutohu Whakahaere

The Benning IT 115 offers a range of measurement functions accessible via the rotary switch and control buttons. The graphic display provides clear readings and a help function with connection diagrams.

5.1. Te Whakakaha/Weto

Pehia te ON/OFF button to switch the instrument on or off.

5.2. Insulation Resistance Measurement (R_ISO)

Measures insulation resistance between 0.01 MOhm and 1000 MOhm.

1. Hurihia te huri hurihuri ki R_ISO.
2. Select the desired nominal test voltage (50V, 100V, 250V, 500V, 1000V) using the navigation buttons.
3. Connect the test leads to the circuit under test as indicated by the on-screen help diagram.
4. Pehia te WHAKAMAHI te paatene hei timata i te ine.
5. The result will be displayed, and the green/red LEDs will indicate pass/fail based on set limits.

5.3. Low-Ohm Resistance Measurement (R_LOW)

Measures low resistance from 0.01 Ohm to 2000 Ohms, typically for protective conductor continuity.

1. Hurihia te huri hurihuri ki R_LOW.
2. Connect the test leads to the protective conductor.
3. Pehia te WHAKAMAHI button. The instrument uses a 200 mA test current with polarity reversal and a 7 mA test current for continuity.
4. Observe the displayed resistance value.

5.4. Earth Resistance Measurement (R_E)

Measures earth resistance using the 3-conductor method (requires optional earthing kit 044113).

1. Hurihia te huri hurihuri ki R_E.
2. Connect the optional earthing kit according to the on-screen diagram.
3. Pehia te WHAKAMAHI pātene.
4. The earth resistance value will be displayed.

5.5. Loop and Line Impedance Measurement (Z_L-N/L, Z_L-PE)

Measures loop impedance (0.01 Ohm - 10 kOhm) for fault current path and short-circuit current determination.

• Line Impedance (Z_L-N/L): Measures impedance between Line and Neutral or Line and Line, including voltage drop and short-circuit current.
• Loop Impedance (Z_L-PE): Measures impedance between Line and Protective Earth without tripping RCD/FI, including short-circuit current.

1. Hurihia te huri hurihuri ki Z_L-N/L or Z_L-PE.
2. Connect the test leads to the appropriate points in the circuit.
3. Pehia te WHAKAMAHI pātene.
4. The impedance value and calculated short-circuit current will be displayed.

5.6. RCD/FI Test

Tests Residual Current Devices (RCDs) / Fault Current Circuit Breakers (FI) of types AC, A, and F, including standard and delayed (S) types.

• Tests include automatic test sequences, touch voltage, trip time, and trip current (ramp test).
• Features an RCD/FI analysis function.

1. Hurihia te huri hurihuri ki FI/RCD.
2. Select the RCD type (AC, A, F) and nominal current using the navigation buttons.
3. Connect the test leads to the circuit protected by the RCD.
4. Pehia te WHAKAMAHI button to start the test sequence.
5. The results (trip time, trip current, touch voltage) ka whakaatuhia.

5.7. Rotary Field Test

Determines the phase sequence in three-phase systems.

1. Turn the rotary switch to the rotary field test setting (refer to the device's specific icon).
2. Connect the test leads to the three phases.
3. The display will indicate the phase sequence.

5.8. Rererangitage me te Ine Auautanga

Ine AC/DC voltage me te auau.

• Voltage Awhe: 1 V - 550 V AC/DC (True RMS measurement).
• Awhe Auautanga: 0 Hz - 500 Hz.

1. The instrument continuously monitors line voltage.
2. Honoa te arataki whakamatautau ki te voltage puna.
3. Te voltage and frequency will be displayed automatically.

5.9. Help Function

The integrated help function provides connection diagrams and guidance for each measurement. Press the AWHINA button to access it.

6. Tiaki

6.1. Te horoi

Clean the instrument regularly with a soft, damp kakahu. Kaua e whakamahi i nga kai horoi me nga whakarewa.

6.2. Tiaki Pūhiko

Recharge the NiMH batteries when the low battery indicator appears. If the instrument will not be used for an extended period, it is recommended to fully charge the batteries and store the device in a cool, dry place.

6.3. Whakakapinga Fuse

The instrument uses a 0.315 A fuse (part number 757211). If a fuse blows, ensure the instrument is off and disconnected from all circuits before replacing it. Only use fuses of the specified type and rating.

7. Te Raru

• Kāore te taputapu e whakakā: Tirohia te taumata utu pākahiko. Me whakarite kia tika te whakaurunga o nga pākahiko.
• Ko nga panui kore tika: Ensure test leads are properly connected and not damaged. Verify the correct measurement function is selected.
• RCD/FI test fails: Check RCD type and nominal current settings. Ensure the RCD itself is functional.
• Display shows "OVERLOAD" or "OL": The measured value exceeds the instrument's range for the selected function. Disconnect immediately.

If problems persist, contact Benning customer support or a qualified service technician.

8. Whakatakotoranga

9. Pūtāhui me te Tautoko

Benning provides a 1-year availability for spare parts for the IT 115 Installation Tester. For technical support, service, or warranty claims, please contact your local Benning distributor or visit the official Benning webpae.

Always refer to the official Benning documentation for the most up-to-date warranty terms and support information.