Page 104 - BVA_2022

Maintaining Your Equipment Alphabetical Index

Ensure a longer life span of your equipment

Hydraulic Fluids
• Use only BVA Hydraulic Oil P/N’s; HV155 or HV685 for pumps and cylinders. A CVP 68 J
AMP 80 CVS 72 J 93
AP 82 + 89 CT 90
Air Line Lubricants
• Use Class 1 Turbine Oil (ISO VG32) for Air Line Lubricant APC 84 CVR 68 L
APE 86 - 87 LH 44

Hydraulic and Pneumatic Filtration APH 77 - 83 F
• Hydraulic fluid must be kept clean, cool and free of water. APHC 79 - 85 + 89 FP 72 M
• Use Hydraulic Filtration to provide fluid which meets ISO 17/15/12 cleanliness levels. API 81 - 87 FT 77 MFC 70
• Air Line Filtration for solid particulate contamination removal: Use BVA P/N; FRL-145, 5uM Pneumatic Filter.
• Air Line Water Removal; Use BVA P/N; AD-145, Ambient Dryer. APK 83 + 85
APL 82 - 84 G N

Proper Operation of Equipment APLC 78 - 84 GBW 71 NS 92
• Refer to individual Product Owner’s Manuals and BVA Catalogs for general information, specifications, APP 80 - 86 GD 71 NSB 92
safety, set up, operation, maintenance, trouble shooting, storage and warnings for all BVA products. APS 81 - 83 + 87 GSW 71
P
B H P 44 - 47
BVA Bag 92 H 6 - 9 PA 47 - 49
Formulas HC 30 - 31 PUAR 54

C HD 10 - 13 PUARD 50
Cylinder Plunger Speed CA 77 HDC 32 - 33 PD 62 - 63
Key to
A
Measurements Formula → V = × 60 CB 45 + 77 HDG 26 - 39 PE 56 - 59
Q
Cylinder Effective Area (cm ) 60 (sec)
2
×
Cylinder Plunger Speed (sec/cm ) = Pump Flow Rate (cm /min) 1 (min) CDC 72 HDU 36 - 37 PFC 74
2
3
Weight: Length
CEB 44 HF 16 - 17 PG 62 - 63
Force CEBN / CED 43 HFS 91 PPC 74
1 pound (lb.) =0.4536 kg 1 in =25.4 mm
Formula → F = P × A CEFN / CEN 43 HFSS 91 PR 75
2
Force (kg ) = Hydraulic Working Pressure (kg/cm ) × Cylinder Effective Area (cm ) 2 CEP 44 HG 22 - 25 PU 55
1 kg =2.205 lbs 1 mm =0.039 in
CF 71 HGPT 88 PUW 76
1 Tonne
(short ton, US) =2,000 lbs 1 in² =6.452 cm² Cylinder Oil Capacity CH 73 HL 14 - 15 PWS 74
CM 70 HLN 18 - 19 PW 72
1 Tonne Formula → C = A × L
(metric) =2,205 lbs 1 cm² =0.155 in² Oil Capacity (cm ) = Cylinder Effective Area (cm ) × Cylinder Stroke (cm) CMH 70 HLNF 20 - 21
2
3
CMRU 74 HP 42 S
Volume: Pressure:
CP 42 HPB 42 SA 64 - 65
¼” Hose Oil Capacity CQ 73 HPD 43 - 44 SD 45
1 in³ =16.387 cm³ 1 psi (lb/in²) =0.69 bar Internal Diameter (mm )
2
Formula → C = × × Length of Hose (m) CQF 73 HT 41 SDT 45
4
3
Oil Capacity (cm ) = 33 × Length of Hose (m) CQH 76 HTD 34 - 35 SDTG 45
1 cm³ =0.061 in³ 1 bar =14.5 psi
CQR 73 HU 34 - 35 SDTL 45
=61.02 in³ 1 kPa =0.145 psi ⅜” Hose Oil Capacity CR 73 HUC 39 SEC 79
1 liter Internal Diameter (mm ) CS 73 HUDC 40 SED 79
2
Formula → C = × × Length of Hose (m)
4
=0.264 gal(US) CSH 67 HULN 38 SMS 78
3
Oil Capacity (cm ) = 72 × Length of Hose (m)
CVC 69 HV 72 SP 64 - 65
=3.785 liter Temperature: CVL 69 HVSP 90 SR 91
Cylinder Effective Area
D 2 CVLS 69
Formula → A = ×
1 gal (US, liquid) =231 in³ 0°F =(0°C x 1.8) + 32 4 2
Cylinder Effective Area = × (Cylinder Bore Diameter) CVN 68 T
4
TB 66 - 67
=3,785 cm³ 0°C =(0°F - 32) ÷ 1.8
= 3.14159265359
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