CALIBRATION
Calibration Capabilities
PT SIDIK Also Member of AKALI
Calibration Certificate are published by accredited Calibration Lab to Komite Akreditasi Nasional (KAN) as per SNI ISO/IEC 17025:2017.
| No. | Kelompok Pengukuran | Alat / Bahan / Standar | Rentang Ukur | Ketidakpastian |
|---|---|---|---|---|
| 1 | Suhu dan Kelembapan | Temperature Indicator tanpa Sensor
Thermocouple sensor type K
Thermocouple sensor type J Thermocouple sensor type T Thermocouple sensor type N Thermocouple sensor type R Thermocouple sensor type S Resistance sensor | -20 ˚C ~ 1000 ˚C 0 ˚C ~ 1000 ˚C -20 ˚C ~ 400 ˚C -20 ˚C ~ 1000 ˚C 0 ˚C ~ 1000 ˚C 0 ˚C ~ 1000 ˚C -20 ˚C ~ 800 ˚C |
0.63 ˚C 0.63 ˚C 0.56 ˚C 0.83 ˚C 1.0 ˚C 1.2 ˚C 0.50 ˚C |
| 2 | Suhu dan Kelembapan | Temperatur Indikator dengan Sensor | -20 ˚C ~ 150 ˚C 150 ˚C ~ 400 ˚C 400 ˚C ~ 600 ˚C |
0.86 ˚C 1.4 ˚C 3.1 ˚C |
| 3 | Suhu dan Kelembapan | Temperature Transmitter | 0 ˚C ~ 150 ˚C 150 ˚C ~ 400 ˚C |
0.86 ˚C 1.3 ˚C |
| 4 | Suhu dan Kelembapan | Termometer Gelas | 0 ˚C ~ 100 ˚C 100 ˚C ~ 200 ˚C |
0.58 ˚C 1.0 ˚C |
| 5 | Suhu dan Kelembapan | Thermocouple | -20 ˚C ~ 150 ˚C 150 ˚C ~ 400 ˚C 400 ˚C ~ 600 ˚C |
0.84 ˚C 1.5 ˚C 3.3 ˚C |
| 6 | Suhu dan Kelembapan | Oven | ambient ~ 300 ˚C | 1.5 ˚C |
| 7 | Suhu dan Kelembapan | Bath | 0 ˚C ~ 100 ˚C | 1.2 ˚C |
| 8 | Suhu dan Kelembapan | Inkubator | 15 ˚C ~ 100 ˚C | 1.4 ˚C |
| 9 | Suhu dan Kelembapan | Furnace | 300 ˚C ~ 1000 ˚C | 3.0 ˚C |
| 10 | Suhu dan Kelembapan | Refrigerator | -20 ˚C ~ 10 ˚C | 1.5 ˚C |
| 11 | Suhu dan Kelembapan | Thermohygrometer Suhu Kelembapan |
15 ˚C ~ 50 ˚C 30 %RH ~ 90 %RH |
1.7 ˚C 4.8 %RH |
| 12 | Massa | Timbangan (Elektronik & Mekanik) | 0 g ~ 200 g 200 g ~ 1200 g 1200 g ~ 2 kg 2 kg ~ 3 kg 3 kg ~ 12 kg 12 kg ~ 60 kg 60 kg ~ 150 kg 150 kg ~ 200 kg 200 kg ~ 400 kg 400 kg ~ 600 kg 600 kg ~ 800 kg 800 kg ~ 1000 kg 1000 kg ~ 1200 kg 1200 kg ~ 1400 kg 1400 kg ~ 1600 kg 1600 kg ~ 1800 kg 1800 kg ~ 2000 kg |
0.57 mg 14 mg 31 mg 48 mg 0.14 g 8.0 g 0.033 kg 0.083 kg |
| 13 | Volume | Buret | 25 mL 50 mL |
0.019 mL 0.035 mL |
| 14 | Volume | Buret Digital | 1 mL ~ 10 mL 10 mL ~ 50 mL |
0.0044 mL 0.023 mL |
| 15 | Volume | Piston Pipette | 101 µL ~ 1000 µL 1 mL ~ 5 mL 5 mL ~ 10 mL |
1.2 µL 4.2 µL 8.3 µL |
| 16 | Volume | Dispensett | 1 mL ~ 10 mL 10 mL ~ 50 mL 50 mL ~ 100 mL |
0.0082 mL 0.042 mL 0.083 mL |
| 17 | Volume | Gelas Ukur | 10 mL 25 mL 50 mL 100 mL 250 mL 500 mL 1000 mL 2000 mL |
0.067 mL 0.17 mL 0.17 mL 0.34 mL 0.34 mL 1.7 mL 3.3 mL 6.7 mL |
| 18 | Volume | Labu Ukur | 5 mL 10 mL 20 mL 25 mL 25 mL 100 mL 200 mL 250 mL 500 mL 1000 mL 2000 mL |
0.0067 mL 0.0068 mL 0.011 mL 0.011 mL 0.021 mL 0.026 mL 0.044 mL 0.044 mL 0.077 mL 0.12 mL 0.25 mL |
| 19 | Volume | Pipet Ukur | 1 mL 2 mL 5 mL 10 mL 25 mL |
0.0033 mL 0.0067 mL 0.017 mL 0.033 mL 0.034 mL |
| 20 | Volume | Pipet Volume | 0.5 mL 1 mL 2 mL 5 mL 10 mL 15 mL 20 mL 25 mL 50 mL 100 mL |
0.0020 mL 0.0030 mL 0.0034 mL 0.0039 mL 0.0059 mL 0.0061 mL 0.0072 mL 0.0083 mL 0.013 mL 0.015 mL |
| 21 | Volume | Picnometer | 25 mL 50 mL 100 mL |
0.018 mL 0.019 mL 0.022 mL |
| 22 | Tekanan | Pressure Transmitter | 4 mA ~ 20 mA | 0.043 mA |
| 23 | Tekanan | Pressure Gauge | 0 psi ~ 290 psi | 0.066 psi |
| 24 | Tekanan | Pressure Gauge; Transducer; Recorder; Safety Valve; Manometer | 0 bar ~ 600 bar 0 psi ~ 27.5 psi |
0.11 bar 0.0048 psi |
| 25 | Tekanan | Vacuum Gauge | -24.2 inHg ~ 0 inHg | 0.43 inHg |
| 26 | Tekanan | Differential Pressure | -10 mbar ~ 10 mbar | 0.0093 mbar |
| 27 | Gaya |
Mesin UTM
Tekan
Tarik |
0 kgf ~ 500 kgf 10 kN ~ 88 kN 200 kN ~ 3000 kN 0 kgf ~ 500 kgf 10 kN ~ 88 kN |
2.1 kgf 0.21 kN 13 kN 2.1 kgf 0.22 kN |
| 28 | Gaya |
Load Cell
Tekan
Tarik |
0 kgf ~ 500 kgf 10 kN ~ 88 kN 200 kN ~ 3000 kN 0 kgf ~ 500 kgf |
2.3 kgf 0.27 kN 7.6 kN 2.1 kgf |
| 29 | Gaya | Proving Ring | 0 kgf ~ 500 kgf 10 kN ~ 88 kN |
2.3 kgf 0.22 kN |
| 30 | Aliran | Flow Meter Cairan (Totalizer) | 10 L ~ 78 L 78 L ~ 1991 L |
0.76% of reading 1.2% of reading |
| 31 | Aliran | Flow Meter Cairan (Flowrate) | 75 Lpm ~ 191 Lpm 190.6 Lpm ~ 519.4 Lpm |
0.76% of reading 1.2% of reading |
| 32 | Densitas | Hydrometer | 0.6 g/mL ~ 1 g/mL 1.1 g/mL ~ 1.7 g/mL |
0.00051 g/mL 0.00070 g/mL |
| 33 | Panjang | Sieve | 45 μm ~ 4000 μm 4 mm ~ 100 mm |
4.3 μm 0.020 mm |
| 34 | Panjang | Micrometer | 0 mm ~ 25 mm 25 mm ~ 50 mm 50 mm ~ 75 mm 75 mm ~ 100 mm |
0.83 μm 0.87 μm 0.91 μm 0.91 μm |
| 35 | Panjang | Vernier Caliper | 0 mm ~ 300 mm | 0.015 mm |
| 36 | Panjang | Dial Indicator | 0 mm ~ 25 mm 25 mm ~ 50 mm 50 mm ~ 100 mm 100 mm ~ 300 mm |
6.5 μm 8.6 μm 8.9 μm 9.7 μm |
| 37 | Waktu & Frekuensi | Timer / Stopwatch | 5 s ~ 3600 s | 0.81 s |
| 38 | Waktu & Frekuensi | Centrifuge | 60 rpm ~ 200 rpm 200 rpm ~ 9000 rpm |
1.5 rpm 1.6 rpm |
| 39 | Waktu & Frekuensi | Infrared Tachometer | 60 rpm ~ 7000 rpm 7000 rpm ~ 30000 rpm |
1.5 rpm 5.0 rpm |
| 40 | Instrumen Analitik | Conductivitymeter | 25 µS 1412 µS 111 mS/cm |
0.41 µS 5.1 µS 1.7 mS/cm |
| 41 | Instrumen Analitik | pH Meter | 4 pH 7 pH 10 pH |
0.023 pH 0.021 pH 0.031 pH |
| 42 | Instrumen Analitik | Chlorine Meter | 1.74 mg/L 1.83 mg/L |
0.091 mg/L 0.080 mg/L |
| 43 | Instrumen Analitik | Turbidimeter | 1 NTU 100 NTU 1000 NTU |
0.041 NTU 3.1 NTU 22 NTU |
| 44 | Instrumen Analitik | Viscometer | 102 cP 1028 cP 58021 cP |
0.20 cP 2.1 cP 1.4 P |
| 45 | Instrumen Analitik | Refractometer | 1.3366 n²⁰D 1.3999 n²⁰D 2.5 ˚Brix 40 ˚Brix |
0.000062 n²⁰D 0.000067 n²⁰D 0.019 ˚Brix 0.020 ˚Brix |
| 46 | Instrumen Analitik | DO Meter | 8.77 mg/L | 0.16 mg/L |
| 47 | Instrumen Analitik |
Spektrofotometer
Panjang Gelombang
Linearitas Fotometrik pada λ=560nm
|
283 nm ~ 641 nm 474 nm ~ 810 nm 10%T ~ 30.5%T |
0.40 nm 0.40 nm 0.50%T |
| 48 | Instrumen Analitik | Autoklaf Suhu Tekanan |
105 ˚C ~ 121 ˚C 0 bar ~ 4 bar |
0.34 ˚C 0.059 bar |
PT SIDIK is an Accredited Laboratory with Accreditation Number LK-285-IDN.
Calibration Lab PT. SIDIK is Accredited by Komite Akreditasi Nasional (KAN) as per SNI ISO/IEC 17025:2017
Our Extra Capabilities for Calibration Services
✔ Calibration Management System Services
We provide services to manage the list with Online systems. Hence, Users don’t have to manage long list of items (measurement instruments, gauges, and tools) that often taking work hours to control manually/periodically for different calibration schedules and other many variables from the items itself.
✔ On-Site Calibration Services
We provide calibration process at customer/user site for fast services and reduce items transport cost.
✔ Repair Services
We provide Repair Services for Defective measurement instruments, gauges, and tools to reduce replacement cost.
The Importance of Measurement Tool Calibration for Companies
Calibration of measuring instruments is crucial to ensure that the production process runs according to standards. Here are some key benefits of calibration for industries:
- ✔ Fulfillment of ISO/QMS qualification requirements
- ✔ Accuracy of measurement results for production output
- ✔ Stable product quality control
- ✔ Ensures measuring instrument reliability
- ✔ Builds customer confidence and satisfaction
Impact of Not Calibrating Measuring Instruments
If a company does not calibrate its measuring instruments, it will miss out on the five key benefits mentioned above.
Over time, measuring instruments are guaranteed to experience shifts or changes in measurement values, generally caused by environmental factors, material degradation, usage methods, and maintenance conditions.
These shifts or deviations in measurement values are highly risky because if a mismeasurement occurs on a product, the instrument will not deliver optimal or accurate results.
Therefore, every measuring instrument must be calibrated to ensure accurate measurement values. Calibration is the process of verifying and adjusting the accuracy of a measuring device by comparing it to a more accurate and controlled reference standard that is traceable and recognized both nationally and internationally in accordance with ISO/IEC 17025 requirements.