Tohnichi RNTD Preset Torque Screwdriver

Capacity 15 / 30 / 60 / 120 / 260 / 500 cNm

Slip-Clutch Screwdriver for Assembly

Tohnichi RNTD torque screwdrivers are used for repetitive tightening to a preset torque in mass production and maintenance. The preset design is ideal for use with fixed torque values in production lines. Commercially available standard 1/4 inch hex bits can be used (E 6.3).

The no-load design of the rotary slip clutch prevents over-tightening after the preset torque has been reached. Greater reliability and durability by using the tilt-clutch torque mechanism.

Key Features

Accuracy acc. EN ISO 6789 type II class C
Clockwise rotation
Rotary clutch mechanism ('Cam-Over')
Standard bit insert E 6.3 (1/4 inch)

Scope of Supply

Torque Screwdriver RNTD.
Resin grip for model 120CN and 260CN.
RNTD500CN comes with an auxiliary T-handle.
Original operating instructions (jap./eng.).

Options / Accs / Spares

Insert bits 6.35 mm (1/4 inch) hex drive.

RNTD is preset, so you cannot adjust the torque without a tester. If you prefer a torque setting before delivery, please specify the torque value when ordering (e.g. RNTD60CNX45CNM). Ex-works torque adjustment before delivery is free of charge.

Coloured resin grip for model 120CN
#850 = orange
#851 = grey
#852 = black
#853 = green
#854 = red
#855 = blue

Coloured resin grip for model 260CN
#858 = black
#859 = green
#860 = red
#861 = blue

Adjusting Tool
#42 = for model 15CN...120CN
#43 = for model 260CN
#44 = for model 500CN

RNTD

Model	Item No.	Torque Range [cN·m]	Torque Range [kgf·cm]	Torque Range [lbf·in]	Length [mm]	Weight [mm]
RNTD15CN	T202101	5 - 15	0.5 - 1.5	0.5 - 1.3	95	0.07
RNTD30CN	T202102	10 - 30	1 - 3	0.9 - 2.6	95	0.07
RNTD60CN	T202103	20 - 60	2 - 6	1.8 - 5.3	95	0.07
RNTD120CN	T202104	40 - 120	4 - 12	3.5 - 10	110	0.11
RNTD260CN	T202105	100 - 260	10 - 26	9 - 23	110	0.18
RNTD500CN	T202106	200 - 500	20 - 51	18 - 44	120	0.27

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

All technical data without guarantee, errors and omissions excepted.