PRECISION FLAT LEVEL

Grade AA, A and B are manufactured and inspected under the JIS B 7510 standard. Grade AA has ±0.2 scale all range accuracy in the main bubble Grade AA and Grade A have an insulating material which prevents heat transfering. Grade AA and Grade A have a bubble chamber in which the length of the

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PRECISION FLAT LEVEL

Product Overview

The Precision Flat Level is a high-precision measurement tool manufactured and inspected under the JIS B 7510 standard (applicable to Grades AA, A, and B). Designed for accurate leveling applications, this instrument is available in multiple size variants ranging from 100 mm to 600 mm, with options for sensitivity ratings including $0.02\text{ mm/m } (4')$, $0.05\text{ mm/m } (10')$, and $0.1\text{ mm/m } (20')$.

Key Features & Capabilities

Standards Compliance: Manufactured and inspected under the JIS B 7510 standard (applicable across Grade AA, A, and B).
High-Accuracy Main Bubble: Grade AA features $\pm0.2$ scale all range accuracy in the main bubble.
Thermal Insulation: Grade AA and Grade A models incorporate an insulating material designed to prevent heat transferring from handling.
Adjustable Bubble Chamber: Grade AA and Grade A feature a bubble chamber that allows manual adjustment of the bubble length.

Technical Specifications

Size (mm)	W × H × D (mm)	Sensitivity (mm/m)	Net Weight (kg)
100	$100 \times 48 \times 47$	$0.02\text{ mm/m } (4')$<br>$0.05\text{ mm/m } (10')$<br>$0.1\text{ mm/m } (20')$	0.8
150	$150 \times 48 \times 47$	$0.02\text{ mm/m } (4')$<br>$0.05\text{ mm/m } (10')$<br>$0.1\text{ mm/m } (20')$	1.3
200	$200 \times 48 \times 47$	$0.02\text{ mm/m } (4')$<br>$0.05\text{ mm/m } (10')$<br>$0.1\text{ mm/m } (20')$	1.7
250	$250 \times 48 \times 47$	$0.02\text{ mm/m } (4')$<br>$0.05\text{ mm/m } (10')$<br>$0.1\text{ mm/m } (20')$	2.3
300	$300 \times 48 \times 47$	$0.02\text{ mm/m } (4')$<br>$0.05\text{ mm/m } (10')$<br>$0.1\text{ mm/m } (20')$	2.8
450	$450 \times 52 \times 50$	$0.02\text{ mm/m } (4')$<br>$0.05\text{ mm/m } (10')$<br>$0.1\text{ mm/m } (20')$	4.5
600	$600 \times 52 \x 50$	$0.02\text{ mm/m } (4')$<br>$0.05\text{ mm/m } (10')$<br>$0.1\text{ mm/m } (20')$	6.0