Tohnichi AMLD Adjustable Torque Screwdriver

Capacity 1 / 2 / 4 / 8 cNm

For precision tightening of fine screws (M1-M2)

Tohnichi's AMLD series torque screwdriver is especially designed for tightening small screws. Thereby this model is ideal for assembly of watches, precision electronic equipment, computer, etc.

Via micrometer scale torque can easily and quickly be adjusted. Index finger holding feature allows the operator to tighten with precise movements. Upon reaching the set torque, it clicks to signal tightening is complete.

Like AMRD, but with a click signal instead of the slip clutch. Ideal for applications that are sensitive to vibration and where rotary clutch vibrations might be problematic.

Key Features

Accuracy and calibration compliant to EN ISO 6789 type II class D
Micrometer adjustable
Click-type
Clockwise direction
Certificate (ISO/JIS)

Scope of Supply

Torque Screwdriver AMLD
Special Bits
- Crossed P0
- Slotted 0.15x1 / 0.2x1.5 / 0.3x2 mm
Calibration Certificate (ISO/JIS)
Original user manual (jap./eng.)

Options / Accs / Spares

Available in metric units (gf·cm) on request.

AMLD – S.I. models

Model	Item No.	Torque Range [cN·m]	Graduation	OvL [mm]	Grip Ø [mm]	Weight [kg]
AMLD1CN	T201075	0.3 - 1	0.01	83	13	0.03
AMLD2CN	T201077	0.5 - 2	0.025	83	13	0.03
AMLD4CN	T201080	1 - 4	0.05	83	13	0.03
AMLD8CN	T202083	2 - 8	0.1	83	13	0.03

AMLD – imperial

Model	Item No.	Torque Range [ozf·in]	Graduation	OvL [mm]	Grip Ø [mm]	Weight [kg]
AMLD3Z	T202079	1 - 3	0.05	83	13	0.03
AMLD6Z	T202082	2 - 6	0.1	83	13	0.03
AMLD12Z	T202085	3 - 12	0.2	83	13	0.03

AMLD – metric *

Model	Item No.	Torque Range [gf·cm]	Graduation	Length [mm]	Grip Ø [mm]	Weight [kg]
100AMLD	T202076	30 - 100	1	83	13	0.03
200AMLD	T202078	50 - 200	2.5	83	13	0.03
400AMLD	T202081	100 - 400	5	83	13	0.03
800AMLD	T202084	200 - 800	10	83	13	0.03

* Metric models are made to order and are non-returnable.

Table showing specifications by the manufacturer. It is recommended to primarily use in medium performance range (approx. 1/3 to 4/5 of rated capacity). If you regularly worked close to the limit of load (maximum capacity), a larger model or tool might be more advisable.

All technical data without guarantee, errors and omissions excepted.