Instrument Introduction:
testo 560
Digital refrigeration system manifold (energy-saving monitoring instrument for refrigeration system)-Advanced version.
Equipped with a vacuum sensor, suitable for detecting vacuum in refrigeration systems and debugging refrigeration systems.

Compared to the unique features of testo 523 and 556:
1) Equipped with a vacuum sensor for vacuum measurement;
2) Measure absolute pressure and display water evaporation temperature;
3) The vacuum sensor is equipped with a specially designed valve, which has strong pressure resistance.

Testo 560-1 (Order Number:)
Testo 560-2 (order number:), stainless steel version, suitable for measuring NH3

Digital refrigeration system manifold (energy-saving monitoring instrument for refrigeration system)suit
Testo 560-1 set (order number:)
Testo 560-1 host, surface wrapped temperature probe, analysis software, power supply, USB data cable, anti-theft lock, with instrument box

Testo 560-2 set (order number:)
Testo 560-2 host, with stainless steel interface, surface wrapped temperature probe, analysis software, power supply, USB data cable, anti-theft lock, with instrument box

Technical parameters:
testo 560
Operating temperature -20~60 ℃
Storage temperature -20~60 ℃
Display screen LCD
Battery life of 40h (without backlight)
Size 260 x 130 x 70 mm
Weight 1400g
Pressure medium CFC, HFC,N,H2O,CO2, Stainless steel type suitable for NH3
Protection level IP54
Low pressure (LP)
High pressure (HP) 25/50 barrel
Overload (LP/HP) 40/100
Accuracy of ± 0.5% ± 1 digit at full scale (level 0.5)
Interface 3x7/16 "- WWF+1 × 5/8" - WWF
Vacuum degree 0-200HPabs
Overload vacuum degree of 3bar/high pressure resistance
temperature
Range -50~200 ℃
Precision Pt100/B-class precision ± (0.3+0.005tl)
Resolution 0.1 ℃
2 temperature probes
30 types of built-in refrigerants (Detu provides free downloads of more refrigerants)
Data saving
Print and connect to an infrared printer
Software storage capacity of 60,00 sets of readings


Main features:
1) High precision temperature and pressure sensors
The digital refrigeration system manifold instrument (energy-saving monitoring instrument for refrigeration system) adopts high-precision sensors with an accuracy of ± 0.5% ± 1 digit of the full range, which is far superior in the accuracy and safety of refrigeration system detection.
2) Digital display screen
The digital display screen of the manifold meter can avoid errors caused by human readings. Traditional dial display screens often face difficulties and errors in reading due to parallax and fluctuations in the hands on the dial.
3) Optimize management
The manifold meter is equipped with temperature and pressure curves for 30 types of refrigerants, meeting the different needs of your daily applications.
Real time calculation of supercooling and overheating in refrigeration systems
The built-in vacuum sensor (testo 560 only) measures the vacuum degree and evaporation temperature, detects whether the required vacuum degree is reached, and helps you take quick response measures.
4) Real and reliable data
The instrument password can be set to prevent unauthorized operations, ensuring the authenticity of the instrument data, and the data can be used as evidence.
The use of manifold instruments can not only improve the work efficiency of refrigeration engineers, but also retain all measurement records, making customers more satisfied and reassured.
5) Professional and convenient data management
The testo 556 and 560 come with built-in data storage space for easy viewing of historical records. Measurement results can be directly printed on-site using a Detu infrared printer.

The instrument can also be connected to Easykoo software to store and analyze data. Through this software, all measurement results can be displayed in the form of charts on the computer. And a debugging report can be presented, recording all debugging steps. In addition, the software can also set the measurement cycle to monitor the system's operating status and identify the cause of faults.

The software manages the refrigerant list according to the F-gas standard. The evacuation and filling of the refrigeration system can be recorded, and the filling amount can be stored in the instrument.