• High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai
  • High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai
  • High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai
  • High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai
  • High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai
  • High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai
  • High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai
  • High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai

High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis

No.BE-INS2-23B15
Incorporating innovative dual-axis thermal control technology, this test turntable is specifically tailored for full-temperature range performance evaluations of micro inertial systems, facilitating high-precision dynamic and static testing. With comprehensive parameter capabilities and an advanced temperature control chamber, it ensures precise testing under extreme conditions. Suitable for demanding military and civilian applications, it fully complies with the GB/T 5170.2-2017 standard.
Countertop material:
stainless steel
Load size:
not less than Ф450mm×400mm (note: including socket space)
Load weight:
50kg
Table size:
optional Φ450mm/Φ500mm
Axis verticality:
better than 15
Axis intersection:
better than 1mm
Installation flatness:
no more than 0.01mm
Mounting surface runout:
≤ 0.02mm (maximum diameter)
  • High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai
  • High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai
  • High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai
  • High Precision Dual-Axis Thermal-Controlled Inertial Navigation Test Turntable: Full-Temperature Dynamic and Static Micro Inertial System Performance Analysis,Blueequator.ai
Description
Technical parameter:

Indicator name

Indicator parameters

Maximum load weight

50kg

Table size  

Φ580mm

Mesa material  

Stainless steel

Countertop flatness

0.02mm

Countertop end runout

0.03mm

Mesa leakage

0.2mT

Perpendicularity of the two axes  

±5"

The degree of intersection of two axes

Φ0.25mm ball inside

User conductive slip ring

60~120 rings (rated current not less than 3A)

Communication interface

RS232/RS422

Rate resolution 

0.001°/s

 

Angular rate accuracy and rate smoothness

ω<1°/s, 3×10^-3  (1°average)

1°/s≤ω<10°/s, 3×10^-4  (10°average)

ω≥10°/s, 3×10^-5  (360°average)

Corner range 

360°continuous rotation

Inside frame

Shafting rotation accuracy  

±2"

Angular position measurement resolution

0.36"

Angular position positioning accuracy  

±5"

Angular positioning repeatability

±3"

Speed range

±0.001°/s~±500°/s

Maximum angular acceleration 

300°/s² (rated load)

Outer frame

Shaft system rotation accuracy

±5"

Angular position measurement resolution

0.36"

Angular position positioning accuracy

±5"

Angular positioning repeatability

±3"

Speed range

±0.001°/s ~ ±200°/s

Maximum angular acceleration

 100°/s² (rated load)

Temperature control box system main technical parameters:
(Parameters can be customized according to demand)

Product name  

High and low temperature test chamber

Nominal volume (optional)

125L~275L

Test chamber size (WXDXH) (optional) 

500×500×~650×650×650mm

Test chamber outer dimension (WXDXH) (optional) 

Approx. : 740*95*950 mm~880×1100×1100mm

Temperature range

-60°℃~+90 °℃

Temperature control range

-60~+90 ℃

Temperature fluctuation (optional)

<±0.5℃~±1℃

Temperature uniformity

<1.0℃

Temperature deviation

<±2.0℃ 

Cooling rate  

>2°C/min

Heating rate

>3°C/min

Total installed power

Approx. 13KW

Weight of the whole machine (box + unit) 

Approx. 210kg to 260kg (based on the weight after final confirmation of size)

Cooling method 

Air cooling

Refrigeration method  

Mechanical cooling provided by cascade system

Refrigerant   

Environmentally friendly and highly efficient refrigerants (R404a and R23)

Liner material 

SUS304

Refrigeration compressor 

Two advanced compressors

Heating system

Nichrome electric heater with  PID adjustment

Regulation mode 

PID Balance

Temperature and Humidity Control 

BTHC

Control system

Programmable controller + touch screen

Remote control

RS485 interface, can communicate with the computer, remote monitoring; And with USB interface

Test Port 

One O25mm test hole

Environmental requirements 

Ambient temperature: 0℃~+30℃, relative humidity: ≤85%RH, no strong vibration, electromagnetic radiation shielding, no dust and corrosive substances around

Power supply system

 380±10% VAC, 50Hz+N+G, ground resistance: <4Ω

Safety Measures  

Independent ultra-high and ultra-low temperature alarms, A

ircraft overheating alarm, refrigeration compressor overpressure/overload alarm; Power supply missing phase, phase sequence alarm; Leakage, short circuit protection.

 
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