INVERTERs

power Range (ACT400)
0.55 - 18.5 kW 3-Phase 360 - 480V / 50 - 60 Hz (± 10%)

Power Range (ACT200)
0.55 - 3 kW 1 and 3-Phase 200 - 240V / 50 - 60 Hz (± 10%)

Type of Control
Selectable Vector control function:
sensor-less control, sensor-less field oriented control,
field oriented control with encoder

Overload Capacity
150% for 60s / 200% for 1s

Type	Power kW*
ACT400 - 001	0,4/0,55
ACT400 - 002	0,55/0,75
ACT400 - 003	0,75/1,1
ACT400 - 004	1,1/1,5
ACT400 - 005	1,5/2,2
ACT400 - 007	2,2/3,0
ACT400 - 010	3,0/4,0
ACT400 - 014	4,0/5,5
ACT400 - 018	5,5/7,5
ACT400 - 025	7,5/11
ACT400 - 034	11/15
ACT400 - 040	15/18,5
ACT200 - 003	0,4/0,55
ACT200 - 004	0,55/0,75
ACT200 - 005	0,75/1,1
ACT200 - 007	1,1/1,5
ACT200 - 009	1,5/2,2
ACT200 - 012	2,2/3,0
*200% overload - 1sec 150% overload - 1sec

Switching Frequency
2, 4, 8, 12, 16 kHz

Enclosure
IP20 (EN 60529)

EMC Filter
Integrated up to 7.5 kW (EN 61800-3)

Main Standard Hardware features
Integrated dynamic braking module
DC link connection
Standard encoder interface
Motor temperature monitoring
Plug-in power terminals (up to 3kW)
Plug-in and programmable control terminals
1 relay output (changeover contact)
6 digital input, 1 multifunction input
1 digital Output, 1 multifunction Output

Optional Expansion Modules
Expansion of analog, digital input and output
System bus

Optional Communication Modules
RS232, RS485, Profibus-DP, CANopen, LON

Optional Keypad
Removable keypad KP500 with copy function

Optional PC Software
VPlus for Windows operating system

Main Software Features
Dynamic braking
Programmable start and stop characteristics
Motor potentiometer
Programmable S curve
4 data sets
Auto start-up and commissioning,
Auto reset after failure, Auto start after power failure
PI controller
Mechanical brake control free of friction
Programmable logic and timer functions
Volume flow control
Bumpless torque / speed changeover
Master/slave function with electronic gear function
Enhanced positiong function
Index and stability control
Comprehensive monitoring and protection capabilities

Single Reach and Double Reach Trucks

Toyota 8-series Electric Reach Trucks revolutionize the way materials are handled when cube utilization is at a premium. From the versatility of the latest electronic control technology to the comfort and convenience of an ergonomically designed operator compartment, Toyota’s 8-series single reach and double reach trucks represent a dramatic approach to reach truck performance and quality.

Operability/Performance

• AC Powered System delivers precise speed and torque control loaded or unloaded.
• AC Hydraulic Control System provides fully variable lift/lower control for fast, efficient and smooth operation.
• Multifunction Control Handle allows single-handed control of travel, lift/lower, tilt, reach/retract (including high speed), horn and optional sideshifter for simplified operation.
• Electronic Power Steering provides quiet, effortless and responsive operation for precise maneuverability.
  

Reliability/Durability

• Rugged Single or Double Reach Pantograph with high speed reach and retract increase reliability and performance
• Dual Articulating Polyurethane Load Wheels offer excellent durability, especially on uneven surfaces, for improved performance.
• Unitized Frame Design provides optimum rigidity and strength on all 8-Series Reach Trucks.
• Regenerative Braking improves overall efficiency and prolongs brake component life.

Ergonomics

• ERGOMAT^® Padding absorbs vibration to reduce foot and ankle fatigue.
• Spacious Operator Compartment with 11" low step height eases frequent entry and exit during the work shift for reduced body fatigue.
• Cushioned Backrest, Armrest and Floor Mat are designed to limit fatigue and keep operators productive.
• Polyurethane Drive Tire absorbs shocks caused by uneven floors to allow for smooth traveling.

Ease of Service

• Self-Diagnostics help maximize lift truck uptime by checking critical functions at start up.
• Built-In Analyzer provides easy troubleshooting and eliminates the need for an external hand-held analyzer.
• One-Piece Top Cover with interlocking door provides access to major components to reduce service time for inspection and maintenance.
• Bolt-On Toe Boxes allow for easy wheel replacement without taking the truck out of service for extended periods of time.
• Lift-Out Battery Gate and rollers facilitate fast removal and service.

Specification Chart

Model	Load Capacity* (lbs.)	Voltage (V)	Baselegs Opening I.D. (in.)	Battery Compartment Width (in.)	Maximum Fork Height (in.)	Maximum Travel Speed Full Load/No Load (m.p.h.)	Maximum Lift Speed Full Load/No Load (f.p.m.)	Maximum Lower Speed Full Load/No Load (f.p.m.)
8BRU18 Single Reach	3500	24	32 to 50	14.4 or 16.4	FSV to 270	6.0/6.0	40/60	80/80
8BRU18 Single Reach	3500	36	32 to 50	14.4 or 16.4	FSV to 270	7.0/7.0	70/85	80/80
8BRU23 Single Reach	4500	36	32 to 50	16.4 or 20.9	FSV to 366	7.3/7.3	65/100	95/90
8BDRU15 Double Reach	3000	36	32 to 50	16.4 or 20.9	FSV to 366	7.3/7.3	65/100	95/90

HDP series Parallel shaft gear units

The new benchmark in the parallel shaft category

Torque ratings consistently high, gear ratios in close progression, numerous mounting options along with compact dimensions will ease the engineering of any application.The rigid monobloc housing and the gears' high class of precision produce an extremely quiet and vibration-free operation Transmissible Torque
4650 M_N2 75000 Nm

Gear Ratios
7,1 i_N 500 with progression = 1,12

Mounting
Foot, flange, shaft mounting

Input
solid shaft, direct motor mounting, lantern housing with flexible coupling

Output shaft
solid, (single and double extension), keyed hollow,shrink disc

Options
Fan cooling, cooling coil, heaters
Indipendent cooling system
Backstop
Non-contacting seals
Forced lubrication

Type	Torque Nm
HDP 60	4650
HDP 70	6350
HDP 80	11500
HDP 90	16550
HDP 100	24000
HDP 110	28700
HDP 120	35300
HDP 130	59300
HDP 140	75000

Temperature and vibration sensors
Drywell

MB - Horizontal centrifugal pumps

IM - Vertical centrifugal pumps
in Polypropylene and PVDF

The vertical centrifugal pumps made in resin are high efficiency pumps for fixed installations with the pump immersed directly in a tank, operated by an electric motor in direct drive (max. 3000 rpm) for rapid emptying of fluid, with a flow rate of from 16 to 55 m3/hour. The particular form of construction of this pump, in addition to not using internal mechanical seals (subject to high wear), guarantees that any accidental leakage of the fluid is collected in the tank. The open rotor allows very dirty fluids, with an apparent viscosity of up to 500 cps (at 20°C) and small sized suspended solids, to be pumped with a continuous flow. The choice of the pump's composition materials allows you to determine the best chemical compatibility with the fluid and/or the environment without forgetting the correct temperature field.

Description
The vertical centrifugal pumps in resin are made up of a sturdy body and a column fixed to the bracket plate, above which is fixed the lantern that is the fixing element for the electric motor. The motor is direct drive mounted onto the pump's shaft using an elastic joint, supported by a radial bearing. The open rotor is fixed at the opposite end of the shaft. The construction of this pump allows the motor to be disassembled without having to remove the pump from the system.

How the pump works
The rotor, integral with the shaft and the electric motor, mounted in direct drive, is rotated at a pre-set speed creating, due to a centrifugal effect, intake on the central duct and delivery on the peripheral duct..
Executions in: Polypropylene, PVDF;
pump immersed in tank
motor can be disassembled with the pump installed;
no welds;
can also be used with very dirty fluids;
high flow rates: from 15 to 55 m3/hour;
motor replacement without removing the pump;
simple replacement of wearable bushings;
extreme ease of maintenance;
can be disassembled completely;
can be supplied without a motor.

Installation
The vertical centrifugal pumps must only be installed with the axis positioned vertically and the pump immersed in the tank. Suitable devices must be used to avoid dry operation, the formation of vortexes and the possible intake of air. The vertical centrifugal pumps must only operate when the PUMP IS FLOODED; operation when dry or with air bubbles can cause damage to the internal bushing.

STEEL TABLETOP CHAINS

FEATURES
- Surface finish
When products are sliding on a chain, the bottom will affect the surface finish of the chain. Rexnord tests have shown that during the first days after installation the initial surface finish is changing to a lower level that is maintained during the normal life of the chain.
Surface finish is a valuable feature, although it is not the determining factor between good and great performance.

- Sliding properties
These depend on the base material and the treatments during the manufacturing process. To ensure superior sliding properties, Rexnor uses a number of patented chain materials, specifically designed for slatband chain applications. You can find more details on these materials on next page.

During the entire production process the flatness is measured in running direction (R) and in width direction (W)
The flatness in width direction is important when products slide sideways from one chain to the other. For this reason the cross sections of all Rexnord and MCC chains are convex instead of concave, to prevent products to fall. Due to the careful control in production, these chains offer superior lateral flatness values, which can be found in the tables on the page of each chain.

Flatness when a product moves from one link of the chain to the next is also important, as poor flatness will cause products tipping, leading to production loss in the line. MCC and Rexnord steel slatband chains offer an outstanding flatness in running direction

Working load
At which load a chain is actually breaking is not relevant to determine if a certain chain is suitable for your application. More important is the maximum working load a chain can handle before permanent deformation occurs. Rexnords chain calculation program will assist in defining the right chain for specified applications, considering conveyor length, chain speed, accumulation level, lubrication, product type and weight.

- Ground finish
Certain customers prefer steel slatband with ground finish for its sliding properties. The specification table on the product page of each chain indicates whether a chain surface finish is ground or non-ground.

- Polished hinge eyes
The performance of the chain on high-speed side-transfers, such as pressure-less combiners improves with polished hinge eyes, due to the smooth contact with the wearstrips. This prevents pulsating of the chain and improves product handling. Most Rexnor` sideflexing chains have polished hinge eyes, because these are always in contact with the curve.
The specification table of each chain indicates whether a chain has polished hinge eyes.