The first feature is the large moment load. The THK LM
guide is used with two rails to withstand high moment
load. The second feature is ample options. Full stroke
adjustment (one or both sides), with cable bearer
(horizontal or vertical), and other options to match piping
port positions, etc., is selectable.
The X axis module sensor is installed on the T groove on
the front cover, so the distance with the magnet on the
slider is limited and a reed switch cannot be used. T2 or
T3 cylinder switch can be installed. When using a PLC
that may have leakage current, use the T3 (leakage
With the standard, the stroke can be reduced up to 15 mm
each from left and right. If larger stroke adjustment is
required, select full stroke adjustment. Note that the
stroke cannot be increased past the standard stroke with
The NSR-10 and 15 have a tension mechanism on the front
There are not differences in the NSR-30 and 50. NHS Series
Select the X axis module according to the load capacity and
Select the LCY (NHS-L) for high accuracy and light load.
Select the LCS (NHS-C) for high accuracy and medium load.
Select the HRL (NHS-H) for medium accuracy and high load.
Select the STL (NHS-S) for low accuracy and low cost.
Position locking is provided with all models as an option,
Consult with CKD as this may be possible in some cases.
This may be handled if gripper installation is designated.
Valves are not installed on each module, and must be
New handling system
Is a cable bearer provided on the Z axis module?
NHS Series Technical data Cylinder (NSR) uses to X axis about. Load capacity and moment load • Vertical load: W
• Load capacity and moment load is to be within range of following graph. If
graph exceeds specifications, damage may be caused. Check if total of moment is 1.0 or less with following formula. • Bending moment: M1 • Radial moment: M2 X axis speed - load capacity diagram • Twist moment: M3 Horizontal load capacity diagram X axis speed (mm/s)
• Hose mass of cable bearer is to be weight of
• Adjustable stroke block can be moved by loosening fixing bolt.
following graphs or less. Volume percent is to be
• Tighten adjustable stroke block at required position with torque on following
50% or less. If capacity is not satisfied, consult
table after movement. If tightened with torque other than above, adjustable
Cable bearer faculty diagram 2.8 2.6 2.4 2.2 Cable hose mass 1.4 200 400 600 800 1000 1200 1400 1600 1800 2000 2200mm Stroke length NHS Series Technical data
• Use HRL within following allowable eccentric load.
Allowable load (1) Calculate all load (W) and moment (M1, M2
(2) Divide each load by max. value as shown
following diagram to find load-moment ratio,
• Bending moment: M1 • Twist moment: M3 • Radial moment: M2 • Vertical load: W New handling system NHS Series Technical data
STL type allowable lateral load/allowable torque/revolvable angle tolerance
Bore size mm Model No. 50 75 100 125 150 175 200 225 250 275 300 325 350 375 40016 dia.
75 100 125 150 175 200 225 250 275 300 325 350 375 400
1.07 0.79 0.61 0.50 0.43 0.36 0.32 0.28 0.25 0.22 0.20 0.19 0.17 0.16 0.14
2.03 1.54 1.26 1.03 0.89 0.77 0.69 0.61 0.55 0.51 0.45 0.43 0.38 0.36 0.32
4.43 3.47 2.83 2.39 2.06 1.82 1.60 1.43 1.29 1.18 1.10 0.99 0.94 0.85 0.80
± 1.0 ± 0.9 Rod fully 32 to 50 dia. extended Inclination (mm) Inclination (mm) 300 350 400 Stroke length (mm) Stroke length (mm) NHS Series Technical data
2 Select bore size temporally to meet following formula.
generated at stroke limit per direction. E' < Emax
: Max. allowable value of W' (from table 2)
: Max. allowable value of M1' (from table 2)
: Max. allowable value of M2' (from table 2)
: Max. allowable value of M3' (from table 2)
: Max. allowable value of E0 (from table 3)
Find rough value of G coefficient according to [ table 1 ]. Moving distance [ Table 1 ] Va (average speed)= Moving time G Coefficient =
[ Table 3 ] Allowable energy absorption of LCS (E0)
New handling system E'= 1 X m X Vm2 NHS Series Technical data
performing thrust, speed at stroke end and
: Cylinder theoretical thrust (N) [ Table 4 ]
Note: Coefficient compensates increase of
coefficient according to average speed (Va) and load factor found at STEP-2. NHS Series Technical data
to G coefficient speed at stroke end (Vm)
Check moment composite MT at traveling. (Note that this valve differs from the one found at STEP-1.)
New handling system NHS Series Technical data Wmax : Max. allowable value of W (from table 6) W1max : Max. allowable value of M1 (from table 6) W2max : Max. allowable value of M2 (from table 6) W3max : Max. allowable value of M3 (from table 6) E max : Max. allowable value of E0 (from table 3) [Table 6] Traveling load allowable value Check if MT and M'T are 1 or less. Determine bore size Check if E Emax is satisfied. Determine bore size E max : Max. allowable value of E0 (from table 3)
Bore size determined according to STEP-4 (load conditions)
B dia. Selected
Bore size determined according to STEP-5
A > B dia. A dia. Selected NHS Series Technical data New handling system NHS Series Technical data NHS Series Technical data New handling system
Providing stop smoking support for patients who want to stop smoking – Service Specification Tier 2 Service 1. Introduction Smoking is the single biggest preventable cause of il ness and premature death in the UK. It is estimated that 87,000 people die in the UK each year because of smoking. Approximately 29% of the population across Bradford smoke, however, smoking rates varycons
Prostate Enlargement BENIGN PROSTATIC HYPERPLASIA The Prostate Gland The prostate is a walnut-sized gland that forms part of the male productive system. The gland is made of two lobes, or regions, enclosed by an outer layer of tissue. As the diagrams show, the prostate is located in front of the rectum and just below the bladder, where urine is stored. The prostate also surroun