Download Solid Solutions in a Fluid Environment

DTS Fluid Power
Solid Solutions in a Fluid Environment
FLUID POWER COMPONENTS
• Auburn Planetary Gear Drives
• Char-Lynn Motors
•Eaton
• Goodyear Hoses
•Vickers
DTS Fluid Power
Your Single Source for Fluid Power
We make it our job to understand the fluid power intricacies for your industry. We provide technological
solutions and world class products to keep your production running efficiently and cost effectively.
From complete power units, hydraulic and electrical components to certified fluid power specialists and repair
services, DTS Fluid Power is your single source for your fluid power components and services.
DTS Fluid Power was founded in 1979 as Hickmann Fluid Power
and changed its name to DTS Fluid Power in 1991. It became
a valued supplier of hydraulic components to Original
Equipments Manufacturers (OEM) in the Michigan
market.
It is the leading mobile OEM supplier for fluid
power products and has a team of skilled
engineers to design your mobile equipment,
industrials circuits or refurbishment projects.
DTS Fluid Power is a subsidiary of Applied
Industrial Technologies, a $2.0 billion MRO
provider and resource for product technologies
such as fluid power, power transmission, bearings,
industrial rubber products, linear technologies and
maintenance supplies. Our customers have access to
local expertise and the benefits of more than 400 Applied
locations in North America working together to get you the
parts you need.
The Leader in Engineered Hydraulic Systems
to the Mobile OEM Marketplace.
Accumulators
Gauges
Planetary Gear Drives
Oil Air
Tobul
Pressure Devices
Lenz
Stauff
Auburn Gear
Durst-Terrel
Heco
Gear Box
Power Unit-Systems
Hub City
DTS Products
Delta
Fenner-SPX
Vickers
Brakes and Clutches
Mico
Coolers
Thermal Dynamics
AKG
Couplings
LoveJoy
Hayes
Cylinders
Eaton
Cross
Energy
Yates
Custom DTS
Prince
Electronic Controls
Eaton EFX
Kar-Tech
Omnex
NBB Controls
Filters
Vickers
Schroeder Industries
Zinga
Fittings
Brennan
Anchor
Dixon
Flow Dividers – Gear
Casappa
Delta
Flow Meters
Hedland
Webster Instruments
General Hose &
Accessories
Goodyear Engineered Products
Parker
Dixon
Reel Craft
Hose, Hose Ends &
Equipment
Goodyear Engineered Products
Parker/Dayco
“Ultra Clean” Hose Cleaning
System
Industrial Hose
Goodyear Engineered Products
Hose Master “Stainless Hose”
Parker
Lubrication Systems
Dropsa
Motors
Eaton
Casappa
Voac
Cross
Char-Lynn
Poclain
Delta
Eaton
Linde
Prince
Vickers
Over Hung Load
Adapters
Helland-Zero-Max
Pipe Clamping
Dixon
Hydrazorb-Unitrol
Stauff
Pumps
Eaton/Vickers
Casappa
Voac/Parker
Prince
Linde
Quick Disconnect
Safeway
Tank & Hydraulic
Accessories
Lenz
Lube Devices
Nason
Stauff
Vescor
Zinga
Valves
Vickers
Husco
Walvoil
Modular Controls
Aron
Brand Hydraulics
Cross
Northman
Dixon
Energy
Rub
Vonberg
Parker
Winches
RKI
Formulas
CYLINDERS
HYDRAULIC PUMPS & MOTORS
CYL AREA = DIAMETER x .7854 (IN )
Annulus Area or EREA = CYL AREA – ROD
AREA (IN2)
CYL FORCE = PRESSURE x AREA (LBS)
ADJ. GPM ON RET = CYL AREA x GPM
EREA
ACTUAL TORQUE = THEO TORQUE x MECH. EFF.
100
HP OUT = HP IN x OVERALL EFF.
100
CYL TIME (SEC) = AREA x STROKE x .26
GPM
CYL SPEED (FT/MIN) = STROKE x 5
TIME(SEC)
ACTUAL MOTOR RPM = THEO RPM x VOL. EFF.
100
TORQUE (IN-LBS) = PSI x DISP (IN3)
6.28
CYL SPEED (FT/MIN) = GPM x 19.25
AREA
CYL HP = CYL SPEED x CYL FORCE
33,000
OVERALL EFF. = MECH. EFF. X VOL. EFF.
100
TORQUE (IN-LBS) = HP x 63025
RPM
TUBE AREA (IN2) = GPM x .3208
OIL VELOCITY
HYD HP = PSI x GPM
1714
2
2
ACTUAL PUMP = THEO GPM x VOL. EFF.
100
GPM
VEHICLE SIZING FORMULAS
RPM = MPH x 168
LR
PNEUMATICS
P1V1T2 = P2V2T1 (Use Absolute Values)
GPM = RPM x DISP (IN3)
231
COMP CFM = AREA x STROKE
TIME (SEC) x 28.8
PNEUMATIC HP = COMPRESSED CFM x PSI
229
LR = LOADED RADIUS
TE = TRACTIVE EFFORT
WD = WEIGHT ON DRIVE WHEELS
ADC = ADHESION COEFFICIENT
RR = ROLLING RESISTANCE
GR = GRADE RESISTANCE
DP = DRAW BAR PULL
TORQ = TE x LR
WHEEL SLIP = WD x ADC x LR TORQ
TE = RR + GR + DP
OTHER FLUID POWER FORMULAS
VELOCITY (Ft./Sec.) = GPM .3208
Inside d2 (.7854)
(Surface Area Ft.2) x T∆ (Temp. Diff in °F between oil and surrounding air)
AREA OF CIRCLE = D2 .7854
BURST PRESSURE OF PIPE = 2T (Wall Thick In.) x (Tensile of Mat. PSI)
OR TUBING (PSI)
O.D. (Outside Dia. In.
CIRCUMFERENCE = dπ
One Watt will raise the temperature of 1 gal. of oil by 1 °F per hour.
BTU/HR. = PSI x 1-1/2
Pipe Schedule 80 Grad C @ 200°F:
H.P. = PSI x GPM x .00058
Size
3/8
3/4
1
1-1/4
1-1/2
2
3
4
6
1 CU. IN. = 16.39C
C = (°F – 32)
1.8
F = (°C x 9/5) + 32
H.P. (RADIATING CAPACITY) = .001 x A
Pipe(In.)
Wall
.126
.154
.179
.191
.200
.218
.300
.337
.432
PSI
3800
3850
3860
3330
3100
.2770
2840
2540
2300
10 Ft/Sec
GPM
4
14
22
40
55
91
206
365
813
15 Ft/Sec
GPM
5
20
33
60
83
138
310
548
1220
Note: Above ratings are approximate
Headquarters
3560 Busch Drive
Grandville, MI 49418
PH: 616.538.3759
FAX: 616.538.3798
Illinois
2240 Landmier Road
Elk Grove, IL 60007
PH: 847.758.1705
FAX: 847.758.1710
Michigan
31731 Sherman Dr
Madison Heights, MI 48071
PH: 248.585.9500
FAX: 248.585.0855
A subsidiary of:
WARNING: Injury, death, property damage,
and/or equipment failure may result from
the misuse or misapplication of the products
featured in this publication. The information in
this publication is provided “AS IS,” WITHOUT
any WARRANTY OF THE INFORMATION’S
ACCURACY OR THE PRODUCTS’ SUITABILITY
FOR ANY PARTICULAR USE.
© 2008 Applied Industrial Technologies, Inc. All Rights Reserved. C-1008-0920-4903
Corporate Headquarters
1 Applied Plaza
Cleveland, Ohio 44115
Toll Free Phone: 1-877-279-2799
Applied.com