welcome q3 2012. introductions client group waddell power personnel
TRANSCRIPT
Class Background & Experience
Mr. Mike Andis – Indianapolis Fruit CompanyMr. Keith Howard – Sur La TableMr. James Knorr – Sur La Table
Mr. Chris Glasson – Hachette Book Group
History of Waddell Power
& East Penn ManufacturingEast Penn Manufacturing founded in 1946
by Delight Breidegam, Jr. Sally Miksiewicz- CEO & Vice Chairman
Waddell Battery Company Inc. founded in 1978by Gary T. Waddell
Kerry Ridge - President
Waddell PowerBusiness SegmentsMotive Power
BatteriesChargers
Handling SystemsStandby Power
StationaryTel-com
Parts & AccessoriesRecyclingService
Motive PowerStandby Power
Battery Components Active Materials:
-positive active material-negative active material
-formed plates-sulfuric acid (1.290 @ 77˚F)
Components:Separator
-prevents shorting-microporous
-different typesGrid
-positive & negative-post, foot, boot
Battery Chemistry, Operations, & Performance
What is a Battery?
Electrochemical Energy Storage Device-based on conversion of chemical energy into electrical energy
-reactions occur at the positive plate and the negative plate to generate power-reactions are reversible, allowing for numerous discharge and recharge cycles
Battery Chemistry, Operations, & Performance
How a Battery Works
Fully Charged:Positive = PbO2 (lead dioxide)
Negative = Pb (lead)Electrolyte = 2H2SO4 (hydro sulfuric acid)
Two dissimilar metals in sulfuric acid
Battery Chemistry, Operations, & Performance
What Happens During Discharge?
Negative Plate = Pb (lead)-reacts with sulfuric acid ions to form lead sulfate and release electrons
Pb + HSO4 -> PbSO4 + H+ + 2e
Positive Plate = Pb02 (lead dioxide)-reacts with sulfuric acid ions and electrons to form lead sulfate and water
PbO2 + HSO4 + 3H+ 2e- -> PbSO4 + 2H20
Battery Chemistry, Operations, & Performance
What Happens During Discharge?
Sulfuric Acid-consumed by reactions at the positive and negative plates
-specific gravity decreases as the discharge progresses-both plates sulfated
Overall ReactionPb + PbSO2 + 2H2SO4 -> 2PbSO4 + 2H20
Battery Chemistry, Operations, & Performance
What Happens During Recharge?
-current is applied in the opposite direction-reactions are reversible
-original starting components are restored
Overall Reverse ReactionPb + PbSO2 + 2H2SO4 <-> 2PbSO4 + 2H20
-gassing @ 80% or higher
Battery Capacity Amount of Active Material:
-plate size-number of plates in cell
-proportional to active material-concentration of sulfuric acid
Measuring Capacity:Ampere Hours @ the six hour rate to 1.70 VPC @ 77˚F
18-D125-17-1000 Ah Battery (6hr 166.7amps)
Battery Operation Operating Window:
-charged battery approximately 2.15-2.18VPC-discharged battery approximately 2.00VPC
-charged battery approximately 1.285SG-discharged battery approximately 1.160SG
Recharge Window:-charger puts out rated ampere hour
-voltage approximately 2.12VPC-80% recharged @ 2.37-2.44VPC (gassing)
-2.55 to 2.65VPC finish rate
Battery Operation Battery Watering:
-ideal time to water battery-over watering will cause the electrolyte to overflow
-under watering will cause damage to the plates-use approved water only
Battery Application Proper Sizing and Use
D-SeriesFast Charge
E-Z LinkMaxPowr
ChargeMateMaintenance Saver
DominatorGelMate
PowrMate
Battery Application Guidelines
Battery Type Description
Capacity Life Expectancy
Maintenance Requirements
Duty Cycle
D-Series Flooded High Longest Normal Heaviest
Fast Charge Flooded High Longest Normal Heaviest
E-Z Link Flooded High Longest Normal Heaviest
MaxPowr Flooded Very High Long Normal Heaviest
ChargeMate** Flooded Medium Longest Normal Medium
HydraSaver Flooded Normal Long Reduced Maintenance Medium
Maintenance Saver* Flooded Slightly Less Longest Reduced Maintenance Medium
Dominator Sealed Slightly Less Medium No Watering Light to Medium
GelMate** Sealed Slightly Less Medium No Watering Light to Medium
PowrMate** Sealed Medium Medium No Watering Light to Medium
* Denotes ~ 3" Taller headspace for extended watering intervals
** Denotes on-board charger
APPLICATION
APPLICATION Battery Operating Characteristics Values
"Flooded" Lead-Antimony Batteries
Date: 1-Mar-09 Replaces: 5-Apr-07
# of Cells Nominal Voltage Open Circuit Volts
On Charge Voltage Min V/C Full Chg. Fork/ Tilt
Load
Fully Discharged (Final 80% DOD)
Fully Charged
Dis-Charged (80% DOD
Full Discharged
Charger DC Amps
80% Charged
Fully Charged Charger DC Amps
1 2 2.15 2.00 2.13 20 A/100 2.37 2.55 4 to 5 A/100 1.90 1.84
6 12 12.9 12.0 12.8 20 A/100 14.2 15.3 4 to 5 A/100 11.4 11.0
9 18 19.4 18.0 19.2 20 A/100 21.3 23.0 4 to 5 A/100 17.1 16.6
12 24 25.8 24.0 25.6 20 A/100 28.4 30.6 4 to 5 A/100 22.8 22.1
15 30 32.3 30.0 32.0 20 A/100 35.6 38.3 4 to 5 A/100 28.5 27.6
16 32 34.4 32.0 34.1 20 A/100 37.9 40.8 4 to 5 A/100 30.4 29.4
18 36 38.7 36.0 38.3 20 A/100 42.7 45.9 4 to 5 A/100 34.2 33.1
24 48 51.6 48.0 51.1 20 A/100 56.9 61.2 4 to 5 A/100 45.6 44.2
32 64 68.8 64.0 68.2 20 A/100 75.8 81.6 4 to 5 A/100 60.8 58.9
36 72 77.4 72.0 76.7 20 A/100 85.3 91.8 4 to 5 A/100 68.4 66.2
40 80 86.0 80.0 85.2 20 A/100 94.8 102.0 4 to 5 A/100 76.0 73.6
60 120 129.0 120.0 127.8 20 A/100 142.2 153.0 4 to 5 A/100 114 110.4
64 128 137.6 128.0 136.3 20 A/100 151.7 163.2 4 to 5 A/100 121.6 117.8
120 240 258.0 240.0 255.6 20 A/100 284.4 306.0 4 to 5 A/100 228.0 220.8
Specific Gravity Readings
Fully Charged after "daily charge" value is 1.280 at 77F (25 C)
Fully Charged after "equalize charge" value is 1.285 at 77F (25 C)
Allowable Tolerances: Voltages + - 0.15 volts on charge
Specific Gravities 0.020 points variations
APPLICATION Battery Charger Application Matrix
Charger Type Freezer
High Temp
Multiple
Shift
Single
Shift
Light Duty
Sealed
Batteries
Opportunity
Charging
Fast Chargin
g
Ferro - 100% Y Y Y Y Y Y
Ferro - 80% Y Y Y Y
Ferro - 60% Y Y
Single Shift Y
SCR Y Y Y Y Y Y
SCR - Opportunity/Fast
Y Y Y Y Y
High Freq - Standard Output
Y Y Y Y Y
High Freq - Opportunity Charge
Y Y Y Y Y Y Y
High Freq - Fast Charge
Y Y Y Y Y Y
APPLICATION Electrolyte End of Charge and End of
Discharge Information
12-Aug-10
Battery TypeFull Chg
SpG80 % Dod
SpG100 % DOD
SpG Danger SpG Temp F
D-Series (D) 1.290 1.165 1.135 1.080 77
MaxPowr (P) 1.325 1.190 1.160 1.100 77
HydraSaver (H) 1.300 1.180 1.150 1.080 77Maintenance Saver
(M) 1.250 1.165 1.135 1.060 77
APPLICATION The Impact of Temperature on Battery
CapacityTemp °F Temp °C Battery Capacity
80 27 100%60 16 80%40 4 65%20 -7 52%0 -18 40%
-20 -29 28%
Temp °F -20 0 20 40 60 770%
20%
40%
60%
80%
100%
120%
Battery Temperature Vs. Performance and Capacity, Degrees F
BATTERY & CHARGER MONTHLY RENTAL:
Voltage Battery Charger 12V $200 $130 24V $315 $170 36V $380 $210 48V $450 $250
*Opportunity Charge Battery or Charger add $50.00
(includes BID, SPWS, & SREM)
**Fast Charge Battery or Charger add $100.00 (includes BMID or BFD, SPWS, & SREM)
RENTAL
BATTERY EVALUATION INCLUDES:
Wash battery, neutralizing corrosion Equalize charge
(constant current charging if necessary to drive acid from the plates) Capacity load test
Written report with recommendations
Voltage Battery 12V $120 24V $156
36V $198 48V $216
EVALUATION
ACID ADJUSTMENT INCLUDES:
Specific gravity measurement of each individual cell
Temperature correctionParticulate removed
Electrolyte exchanged with newGravity restored to manufacturer specification
ACID ADJUST
BATTERY EVALUATION & RECONDITIONING INCLUDES:
RECONDITION
Voltage Battery
12V $240
24V $312
36V $396
48V $432
Technical Inspection is conductedCables, connectors, contacts replaced as needed
Battery tray is ground to metalBattery is repaintedBattery is resealed
Customer Service and SupportIndiana
Phone: (317) 547-3090email:
www.waddellpower.com
CONTACT